Qipof!)815*:32.3413!+!Gby!)815*61:.5594!+!Q/P/!Cpy!2969!+!Ivoufstwjmmf-!OD!!39181!+!!! xxx/tjofxbwfufdiopmphjft/cj{! What Is Transient Voltage? An electrical transient is a temporary excess of voltage/current in an electrical circuit which only lasts milliseconds. They occur in all types of electrical, data, and communications circuits. Most people think of lightning as the primary cause of electrical anomolies, but 80% of transients are generated inside the facility. The simple act of turning on or off a light or electrical device can disturb the circuit and create a transient. Generally, the larger the load current of the device the greater the disturbance it causes. What Do Transients Do? Transients damage and destroy. The more sensitive the electronics in a device the more susceptible it is to ruin by transients. Everyone knows a big surge (i.e. lightning strike) can blow up equipment in its electrical path. But did you know that even tiny surges can degrade the electronics in your PLC s, drive electronics, and computers? Small surges caused by something as simple as turning on lights and switching on and off power supplies can damage electronics reducing their life span. What Is The Solution? We can advise you on the best transient voltage surge suppression (TVSS) devices to fit your needs and budget. A surge suppressor (not an arrestor) has low resistance built into its circuitry allowing excess current to enter the device before entering your electrical system. A surge suppressor will then redirect the excess voltage to its components and shunt the large transient to ground thus saving all of the electronic devices within the structure from damage. By installing surge suppression you will be insuring the longevity of all of your expensive electronics and equipmentand changing fewer light bulbs! Product Selection Guidelines While technology and the complex design of surge protection devices (SPDs) has improved, the amount of confusion over their specifications has not. So, how do you select the proper device for your application? The best course of action is to call our office and let us assist you; however, following these parameters will help you make an informed decision. 1. Compare Manufacturers When comparing manufacturers, it is imperative that they provide the following information: IEEE C62.41 Measured Limited Voltage Chart. A1 through C3. This is the only way to compare the performance of one SPD product against another. During testing, it is highly critical that a parallel connected device have a 6 lead length to simulate actual installation. This lead length will demonstrate the true performance of the product when performing in your application. A UL 1449 test should also be listed. This will differentiate the arrestor from the suppressor. 2. Peak Surge Current (strength of device) Many manufacturers provide confusing or vague information pertaining to their product specifications. The claims they make need to be backed up with proper documentation. The information collected by the manufacturer should originate from a U.L. listed laboratory and conform to IEEE, UL, and Nema standards. 3. IEEE let through voltages (the amount of excess voltage which is let through to your equipment) 4. Which SPD is correct for your application (gas tube, silicon avalanche diode, MOV, capacitor) 5. Warranty Read and completely understand the warranty. Ironically, many manufacturers exclude surge related events in their warranty! This may be your biggest surprise in the process! Beware of warranties that do not cover: lightning, acts of God, normal wear and tear, etc.
INDUSTRIAL SURGE SUPPRESSION SELECTOR SERVICE ENTRANCE: FEEDING ENTIRE FACILITY This is the first stage of protection from lightning and other external surges. Here it is necessary to have a high strength (large ka/phase rating) to protect the entire facility. PTX ( Ka/Phase) 20 Yr. Warranty PTX300 (300 ka/phase) 20 Yr. Warranty SUB PANELS FEEDING: MOTOR CONTROL CENTERS, PROCESS CONTROL EQUIPMENT, LARGE FIELD EQUIPMENT, SECURITY SYSTEMS, DATA CENTERS, OFFICES This is second stage lightning/surge protection covering panels from external and cross circuit transients. This stage will takeout the remnant of let-through voltage from the main service and address all of the internally generated transients PTX160 (160 ka/phase) 20 Yr. Warranty --Use for panels feeding: compressors, mixers, motors, outside lights, drives power line carriers, leak detectors/environmental monitoring equipment, and panels downstream from Ferro resonant transformers PTE160 (160kA/Phase) 20 Yr Warranty ( E refers to enhanced, providing sine wave tracking and filtering using capacitance) --Protects panels feeding: batch computers, point of sale registers, scales, office computers, and other very sensitive electronics MOTOR CONTROL CENTERS PTX at Main and PTX160-NNL internally fused unit that installs on the incoming lugs (Usually the top left bucket) of the MCC protecting all the motors HS-P-SP (65kA) 10 Yr. Warranty Includes RJ11/14 Protection and Dry Contacts --Sine wave tracking for AC applications, use to protect load side (drive electronics, PLC s, etc.) of any step-down transformer HT or HS (Sine Wave Tracking) 25kA-80kA, 10 Yr. Warranty --Parallel or series wired for lower voltage AC & DC applications PROCESS CONTROL EQUIPMENT PTX 160 OR PTX080 at sub panel D(x)S-(y)-2ML (x)= 2,4,6 conductors / (y)= 15,33,53,140 operating voltages --Protects data lines or 4-20 ml control current loops can be placed at the processors and at the transmitters. HS-P-SP (65kA) 10 Yr. Warranty Includes RJ11/14 Protection and Dry Contacts --Sine wave tracking for AC applications, use to protect scales and other individual electronic loads. TELECOMMUNICATIONS/SECURITY SYSTEMS PTX160 at sub panel ITC-(x)T-ISDN (x)= no. of terminals Protects phone, ISDN, fax, data lines MDF-(x)-ISDN (x)= 6 or 25 pair On main distribution frame to protect incoming phone service COAX-(BNC or F)-1.5GHz (1 in/1 out) Protects both remote site camera and monitoring station D(x)S-(y)-2ML (x)= 2,4,6 conductors / (y)= 15,33,53,140 operating voltages Protects T-1 lines and other dedicated data lines to remote site cameras, access card readers (up to 2.0 MDPS) HS-P-SP (65kA) 10 Yr. Warranty Includes RJ11/14 Protection and Dry Contacts -- Sine Wave Tracking for AC Applications: Protects Both AC Circuit and Comm Line to Card Reader, Us for Systems that require both AC and RJ protection Sine Wave Technologies * Phone (704)921-2302 * Fax (704)509-4483 * P.O. Box 1858 * Huntersville, NC 28070
The I.T. Protector Surge Protective Devices PTE048 / PTX048 he 48 ka per phase PTE048 and PTX048 models of the Protector are designed to safeguard mission critical and sensitive load applications. The industries lowest measured limiting voltage performance on switching generated ring wave transients (by far the most common occurrence in electrical systems) assure maximum equipment protection. The PTE048/PTX048 models provide the industry s best and most effective combination of high performance features. Effective in stand-alone applications or as part of The I.T. System Shield integrated facility-wide protection plan*, the PTE048/PTX048 is the solution when only the best protection available will do. StatScan System Diagnostics N/O, N/C (Volt Free) Dry Relay Contacts LED indicators S.M.A.R.T. Advanced Diagnostics Option Adds multi-function dual mode surge counter Transient Control System (TCS) Total circuit component integration Symmetrical multi-mode current sharing Advanced Surge Path Technology Optimal measured limiting voltage performance Active Tracking Network (ATN ) Option Highest protection for critical loads EMI/RFI filter Multi-point mounting feet and Threaded conduit fitting NEMA 4 (IP66) Weatherproof Enclosure Circuit Encapsulation Eliminates adverse environmental factors Extends component life High dielectric isolation Compact Size Application flexibility Close proximity mounting Short parallel lead length Optimal measured limiting voltage performance * For more details visit our website at http://www.itvss.com Unit Listings UL 1449 UL 1283 C22.2#8 ECN516 Best in the Industry 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1999 Specification subject to change (pte048grp;pte048sgl.tif; PTE-X048.P65 12/17/99) Page 1 of 4 ZM02-027
PTE048/ PTX048 Standard Features Advanced Surge Path Technology Enhanced All Mode Protection Threshold Suppression Network (TSN) 184 +10% 170-10% TSN Performance Curve Nominal AC Sine Wave Benefits The I.T. Protector Surge Protective Devices All surge paths are peak surge current rated far in excess of highest known magnitude transient and are designed for ultra low impedance and conduction of high frequencies. All possible transient paths to load equipment are covered. Highest level of protection. Industry best suppression of high energy impulse generated transients and widest range of application compatibility. UL1283 listed EMI/RFI filter network. Standard on PTX models. 0 +10% 170-10% Power Company Tolerance Suppression Level 184 Active Tracking Network (ATN ) 184 +10% 170-10% 0 +10% 170-10% 184 ATN vs TSN Performance Curve Nominal AC Voltage Power Company Tolerance ATN Suppression Level Envelope Integral Disconnect Switch Optional Features TSN Suppression Level Benefits Normal mode multi-stage hybrid ATN including Threshold Suppression Network provides the industry's best suppression of both switching generated ringing and high energy impulse generated transients. Highest level of protection for critical and sensitive loads. The ATN circuit's measured limiting voltage performance is independantly tested and verified. UL1283 listed EMI/RFI filter network. Standard on PTE models. ATN option is designated by an "E" in the model name (i.e. PTE048-3Y101). PTX048-3Y101 is without ATN. Allows unit to be taken off line with minimal impact to facility operation. Includes 200kAIC surge rated and listed fusing. Fused disconnect option is designated by a "D" suffix after the model number (i.e. PTE048-3Y101D or PTX048-3Y101D) Integral Internal Fusing Provides 200kAIC surge rated and listed fusing. Allows unit to be installed without external circuit interrupt for maximum application flexibility. Internal fused option is designated by an "L" suffix after the model number (i.e. PTE048-3Y101L or PTX048-3Y101L) Suppression Monitoring and Recording Technology S.M.A.R.T. Comprehensive monitoring of critical system functions. Real time audible and visual reporting of unit status, phase loss/protection loss and transient events (reset and alarm mute). Dual function surge counter provides non-volatile event history recording. Option carries a 10 yr. warranty separate from TVSS warranty. S.M.A.R.T. diagnostics option is designated by a "-SD" suffix after the model number (i.e. PTE048-3Y101-SD or PTX048-3Y101-SD) 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 UL 1449 UL 1283 C22.2#8 ECN516 1999 Specification subject to change (switch;intfuse1;smart.tif;atn;tsn.eps; PTE-X048.P65 12/17/99) page 2 of 4 ZM02-027
The I.T. Protector Surge Protective Devices PTE048 / PTX048 GENERAL SPECIFICATIONS Description: Parallel configured, 48kA per phase Multi-Circuit Transient Voltage Surge Suppressor (MCTVSS ), with remote alarm capability. Optional internal fusing, integral fused disconnect switch. Optional S.M.A.R.T. advanced diagnostics. Application: Location Categories B and A - High to Low Exposure Level, sensitive/mission critical load applications including: distribution panels, branch panels and critical load centers. Warranty: Twenty Year Free Replacement Unit Listings: UL1449 SECOND EDITION, CUL, UL1283 filter Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Steel, NEMA 4 (IP66) - weatherproof enclosure (meets and exceeds NEMA 12, 13 and 3R ratings). Mounting: Internally threaded conduit fitting (less than 240V standard models: premounted. 240V & above: customer selected placement, up to 8 positions) and multi-point mounting feet, flush mount plate available. Connection: Standard- #10 (5.3mm 2 ) stranded wire. Fused- #10 studs, #6-1/0 (13.3mm 2-53.5mm 2 ) wire, ring terminal connected. Disconnect- Phases: box terminals, #6 (13.3mm 2 ) wire. Neutral and Ground: #10 studs, #6-1/0 (13.3mm 2-53.5mm 2 ) wire, ring terminal connected. Shipping Weight: Standard less than240v- 3 kg (7 lbs.), Standard 240V & above- 5.5 kg (12 lbs.), Fused and Disconnect- 14 kg (30 lbs.) Location of prepunched mark for nipple placement on 240V standard models Location of premounted internally threaded conduit fitting on <240V standard models MOUNTING HOLE DIAMETER=8[0.31] DIMENSIONS ARE IN MM[INCHES] Model Option Dim A Dim B Dim C Dim D Dim E Dim F Dim G Dim H Standard 191[7.50] 171[6.75] 51[2.00] n/a 137[5.38] 102[4.00] 109[4.30] n/a Less than 240V Standard 240V & above 241[9.50] 222[8.75] 102[4.00] n/a 187[7.35] 152[6.00] 133[5.25] n/a Fused & Disconnect 343[13.50] 324[12.75] 152[6.00] 228[8.97] n/a 203[8.00] 210[8.25] 260[10.25] 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 UL 1449 UL 1283 C22.2#8 ECN516 1999 Specification subject to change (048specdim.eps; PTE-X048.P65 12/17/99) Page 3 of 4 ZM02-027
PTE048/ PTX048 The I.T. Protector Surge Protective Devices ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Parallel configured, Threshold Suppression Network (TSN), utilizing Transient Control System (TCS) design, circuit encapsulation and Advanced Surge Path Technology. PTE models add multi-stage hybrid Active Tracking Network (ATN ). Protection Modes: Enhanced All Mode (10 modes 3φY units): Dedicated, L-L (normal mode), Dedicated L-G, N-G (common mode) Input Power Frequency: 50-60Hz Response Time: PTE Active <1 nanosecond, PTX 1 nanosecond. EMI/RFI Attenuation: Up to 39dB normal mode, up to 34dB common mode Capacitance: Up to 7µf per mode (PTE models) NOTE: For applications where leakage current may be of concern please utilize PTX models. StatScan Circuit Diagnostics: LED indicators, 1 per phase, normally on. Remote Alarm Form C (Volt Free), N/O or N/C contacts, internal terminal strips and weatherproof fitting. Optional S.M.A.R.T. (surge counter). Circuit Interrupt : Standard external. Optional internal and/or integral fused disconnect switch. Model Selection Guide and Key Performance and Electrical Specifications ANSI/IEEE C62.41-1991 Measured Limiting Voltage Tests* Test Category Available System Nominal PTE Models A1 All Models B3/C1 All Models C3 Models Config System Ring Wave Impulse Wave Impulse Wave Voltage (rms) 2,000V, 67A 6,000V, 3,000A 20,000V, 10,000A 180 Phase Angle 90 Phase Angle 90 Phase Angle PTE048-1P101 1φ 100, 110, 60 350 660 PTX048-1P101 2w+grnd 120, 127 L-G 100, N-G 90 380, 520 830, 890 PTE048-1P201 1φ 200, 208, 220, 90 600 950 PTX048-1P201 2w+grnd 230, 240 L-G 90, N-G 90 600, 600 950, 950 PTE048-1S100 Split φ 100/200, 110/220, 60, L-L 90 320, 550 600, 860 PTX048-1S100 3w+grnd 120/240, 127/220 L-G 100, N-G 60 350, 470 750, PTE048-1S101 Split φ 100/200, 110/220, 60, L-L 90 350, 600 660, 950 PTX048-1S101 3w+grnd 120/240, 127/220 L-G 100, N-G 60 380, 520 830, 890 PTE048-3Y100 3φ Y/Star 100/200, 110/220, 60, L-L 90 320, 540 600, 860 PTX048-3Y100 4w+grnd 120/208, 127/220 L-G 100, N-G 60 350, 470 750, PTE048-3Y101 3φ Y/Star 100/200, 110/220, 60, L-L 90 350, 600 660, 950 PTX048-3Y101 4w+grnd 120/208, 127/220 L-G 100, N-G 60 380, 520 830, 890 PTE048-3Y201 3φ Y/Star 220/380, 230/, 70, L-L 100 580, 960 970, 1 PTX048-3Y201 4w+grnd 240/415, 277/480 L-G 120, N-G 70 660, 940 1200, 1 PTE048-3Y300 3φ Y/Star 305/525, 70, L-L 90 760, 1300 1200, 1700 PTX048-3Y300 4w+grnd 347/600 L-G 120, N-G 70 830, 1200 1, 1700 PTE048-3D101 3φ Hi Leg 120/240 50, L-L 70 350, 620 860, 1100 PTX048-3D101 4w+grnd L-G 90, N-G 70 830, 970 1300, 1 Hi 50, HiL-G 90 650, 690 1100, 1300 PTE048-NN201 3φ 200, 208, 220, L-L 70 520 920 PTX048-NN201 3w+grnd 230, 240 L-G 590 510 1100 PTE048-NN 3φ 380,, 415, L-L 60 1300 1500 PTX048-NN 3w+grnd 440, 480 L-G 1100 1200 1500 PTE048-NN501 3φ 525, L-L 40 1300 1 PTX048-NN501 3w+grnd 600 L-G 1100 1200 1 Option Designators: PTE-Active Tracking Network; PTX-Threshold Suppression Network. D suffix-integral fused disconnect switch. i.e. PTE048-3Y101D, PTX048-3Y101D. L suffix-internal fusing. i.e. PTE048-3Y101L, PTX048-3Y101L. -SD suffix-s.m.a.r.t. diagnostics. i.e.pte048-3y101-sd, PTX048-3Y101D-SD. 130V models: No L or D options. available. *Measured Limiting (Let-Through) Voltage Test Environment: All modes tested dynamic except N-G, Positive polarity. All voltages are peak (±10%), Time base = 1ms. 180 phase angle voltages are measured from the zero crossing, 90 phase angle voltages from the positive peak, of the sine wave to the positive peak of the surge. All tests performed with 6 inch (152.4mm) lead length, simulating actual installation. Options offered may result in performance variance. 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 UL 1449 UL 1283 C22.2#8 ECN516 1999 Specification subject to change (PTE-X048.P65 12/17/99) Page 4 of 4 ZM02-027
The I.T. Protector Surge Protective Devices PTE080 / PTX080 he 80 ka per phase PTE080 and PTX080 models of the Protector are designed to safeguard mission critical and sensitive load applications. The industry's lowest measured limiting voltage performance on switching generated ring wave transients (by far the most common occurrence in electrical systems) assure maximum equipment protection. The PTE080/PTX080 models provide the industry s best and most effective combination of high performance features. Effective in stand-alone applications or as part of The I.T. System Shield integrated facility-wide protection plan*, the PTE080/PTX080 is the solution when only the best protection available will do. StatScan System Diagnostics N/O, N/C (Volt Free) Dry Relay Contacts LED indicators S.M.A.R.T. Advanced Diagnostics Option Adds multi-function dual mode surge counter Transient Control System (TCS) Total circuit component integration Symmetrical multi-mode current sharing Advanced Surge Path Technology Optimal measured limiting voltage performance Active Tracking Network (ATN ) Option Highest protection for critical loads EMI/RFI filter Multi-point mounting feet and Threaded conduit fitting NEMA 4 (IP66) Weatherproof Enclosure Circuit Encapsulation Eliminates adverse environmental factors Extends component life High dielectric isolation Compact Size Application flexibility Close proximity mounting Short parallel lead length Optimal measured limiting voltage performance * For more details visit our website at http://www.itvss.com Unit Listings 1449 1283 Best in the Industry 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (pte080grp;pte080sgl.tif; PTE-X080.P65 4/10/00) Page 1 of 4 ZM02-028
PTE080 / PTX080 Standard eatures Advanced Surge Path Technology Enhanced All Mode Protection Threshold Suppression Network (TSN) 184 +10% 170-10% TSN Performance Curve Nominal AC Sine Wave Benefits The I.T. Protector Surge Protective Devices All surge paths are peak surge current rated far in excess of highest known magnitude transient and are designed for ultra low impedance and conduction of high frequencies. All possible transient paths to load equipment are covered. Highest level of protection. Industry best suppression of high energy impulse generated transients and widest range of application compatibility. UL1283 listed EMI/RFI filter network. Standard on PTX models. 0 +10% 170-10% Power Company Tolerance Suppression Level 184 Active Tracking Network (ATN ) 184 +10% 170-10% 0 +10% 170-10% 184 ATN vs TSN Performance Curve Power Company Tolerance Nominal AC Voltage ATN Suppression Level Envelope Integral Disconnect Switch Optional eatures TSN Suppression Level Benefits Multi-stage hybrid ATN including Threshold Suppression Network provides the industry's best suppression of both switching generated ringing and high energy impulse generated transients. Highest level of protection for critical and sensitive loads. The ATN circuit's measured limiting voltage performance is independently tested and verified. UL1283 listed EMI/RFI filter network. Standard on PTE models. ATN option is designated by an "E" in the model name (i.e. PTE080-3Y101). PTX080-3Y101 is without ATN. Allows unit to be taken off line with minimal impact to facility operation. Includes 200kAIC surge rated and listed fusing. Fused disconnect option is designated by a "D" suffix after the model number (i.e. PTE080-3Y101D or PTX080-3Y101D) Integral Internal Fusing Provides 200kAIC surge rated and listed fusing. Allows unit to be installed without external circuit interrupt for maximum application flexibility. Internal fused option is designated by an "L" suffix after the model number (i.e. PTE080-3Y101L or PTX080-3Y101L) Suppression Monitoring and Recording Technology S.M.A.R.T. Comprehensive monitoring of critical system functions. Real time audible and visual reporting of unit status, phase loss/protection loss and transient events (reset and alarm mute). Dual function surge counter provides non-volatile event history recording. Option carries a 10 yr. warranty separate from TVSS warranty. S.M.A.R.T. diagnostics option is designated by a "-SD" suffix after the model number (i.e. PTE080-3Y101-SD or PTX080-3Y101-SD) 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (switch;intfuse1;smart.tif;atn;tsn.eps; PTE-X080.P65 4/10/00) page 2 of 4 ZM02-028
The I.T. Protector Surge Protective Devices PTE080 / PTX080 GENERAL SPECIFICATIONS Description: Parallel configured, 80kA per phase, 40kA per mode Multi-Circuit Transient Voltage Surge Suppressor (MCTVSS ), with remote alarm capability. Optional internal fusing, integral fused disconnect switch. Optional S.M.A.R.T. advanced diagnostics. Application: Location Categories C, B and A - High to Low Exposure Level, sensitive/mission critical load applications including: distribution panels, branch panels and critical load centers. Warranty: Twenty Year Free Replacement Unit Listings: UL1449 SECOND EDITION, CUL, UL1283 filter Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Steel, NEMA 4 (IP66) - weatherproof enclosure (meets and exceeds NEMA 12, 13 and 3R ratings). Mounting: Internally threaded fittings - Standard PTX & <240V PTE models- ½ pre-mounted hub, flush mount plate available. Standard >240V PTE- ¾ pre-mounted hub. All fused/disconnect models- installer placed ¾ hub. ½ and ¾ offset fittings also provided(½ =13mm;¾ =19mm). Multi-point mounting feet standard on all models. Connection: Standard- #10 (5.3mm 2 ) stranded wire. Fused- #10 studs, #6-1/0 (13.3mm 2-53.5mm 2 ) wire, ring terminal connected. Disconnect- Phases: box terminals, #6 (13.3mm 2 ) wire. Neutral and Ground: #10 studs, #6-1/0 (13.3mm 2-53.5mm 2 ) wire, ring terminal connected. Shipping Weight: Standard less than240v- 3 kg (7 lbs.), Standard 240V & above- 5.5 kg (12 lbs.), Fused and Disconnect- 14 kg (30 lbs.) MOUNTING HOLE DIAMETER=8[0.31] DIMENSIONS ARE IN MM[INCHES] Location of prepunched mark for installer nipple placement choices Location of premounted internally threaded conduit fitting Top View Model Option Dim A Dim B Dim C Dim D Dim E Dim F Dim G Dim H Standard PTX & PTE Less than 240V 191[7.50] 171[6.75] 51[2.00] n/a 137[5.38] 102[4.00] 109[4.30] n/a Standard PTE 240V & above 241[9.50] 222[8.75] 102[4.00] n/a 187[7.35] 152[6.00] 133[5.25] n/a Fused & Disconnect 343[13.50] 324[12.75] 152[6.00] 228[8.97] n/a 203[8.00] 210[8.25] 260[10.25] 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (048specdim.eps; PTE-X080.P65 4/10/00) Page 3 of 4 ZM02-028
PTE080 / PTX080 The I.T. Protector Surge Protective Devices ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Parallel configured, Threshold Suppression Network (TSN), utilizing Transient Control System (TCS) design, circuit encapsulation and Advanced Surge Path Technology. PTE models add multi-stage hybrid Active Tracking Network (ATN ). Protection Modes: All Mode:, L-L (normal mode), L-G, N-G (common mode) Input Power Frequency: 50-60Hz Response Time: PTE Active <1 nanosecond; PTX 1 nanosecond EMI/RFI Attenuation: Up to 39dB normal mode, up to 42dB common mode Capacitance: Up to 6.6µf per mode (PTE models) NOTE: For applications where leakage current may be of concern please utilize PTX models. StatScan Circuit Diagnostics: LED indicators, 1 per phase, normally on. Remote Alarm Form C (Volt Free), N/O or N/C contacts, internal terminal strips and weatherproof fitting. Optional S.M.A.R.T. (surge counter). Circuit Interrupt : Standard external. Optional internal and/or integral fused disconnect switch Model Selection Guide and Key Performance and Electrical Specifications ANSI/IEEE C62.41-1991 Measured Limiting Voltage Tests* Test Category Available System Nominal PTE Models A1 All Models B3/C1 All Models C3 Models Config System Ring Wave Impulse Wave Impulse Wave Voltage (rms) 2,000V, 67A 6,000V, 3,000A 20,000V, 10,000A 180 Phase Angle 90 Phase Angle 90 Phase Angle PTE080-1P101 1φ 100, 110, 70 270 660 PTX080-1P101 2w+grnd 120, 127 L-G 90, N-G 90 270, 380 710, 840 PTE080-1P201 1φ 200, 208, 220, 80 530 820 PTX080-1P201 2w+grnd 230, 240 L-G 90, N-G 90 480, 520 750, 840 PTE080-1S101 Split φ 100/200, 110/220, 70, L-L 80 270, 740 660, 1100 PTX080-1S101 3w+grnd 120/240, 127/220 L-G 90, N-G 90 270, 380 710, 840 PTE080-3Y101 3φ Y/Star 100/200, 110/220, 70, L-L 80 270, 740 660, 1100 PTX080-3Y101 4w+grnd 120/208, 127/220 L-G 90, N-G 90 270, 380 710, 840 PTE080-3Y201 3φ Y/Star 220/380, 230/, 80, L-L 110 420, 1000 900, 1600 PTX080-3Y201 4w+grnd 240/415, 277/480 L-G 120, N-G 100 420, 680 1100, 1200 PTE080-3Y300 3φ Y/Star 305/525, 70, L-L 90 490, 1300 950, 1 PTX080-3Y300 4w+grnd 347/600 L-G 540, N-G 850 470, 850 1000, 1300 PTE080-3D101 3φ Hi Leg 120/240 80, L-L 80 290, 600 930, 1200 PTX080-3D101 4w+grnd L-G 90, N-G 90 440, 470 940, 1000 Hi 80, HiL-G 90 460, 460 1200, 940 PTE080-NN201 3φ 200, 208, 220, L-L 70 430 900 PTX080-NN201 3w+grnd 230, 240 L-G 460 PTE080-NN 3φ 380,, 415, L-L 70 1300 PTX080-NN 3w+grnd 440, 480 L-G 900 700 1200 PTE080-NN501 3φ 525, L-L 90 900 1500 PTX080-NN501 3w+grnd 600 L-G 1100 1 Option Designators: PTE-Active Tracking Network, PTX-Threshold Suppression Network; D suffix-integral fused disconnect switch. i.e. PTE080-3Y101D, PTX080-3Y101D. L suffix-internal fusing. i.e. PTE080-3Y101L, PTX080-3Y101L. -SD suffix-s.m.a.r.t. diagnostics. i.e.pte080-3y101-sd, PTX080-3Y101D-SD. *Measured Limiting (Let-Through) Voltage Test Environment: All modes tested dynamic except N-G, Positive polarity. All voltages are peak (±10%), Time base = 1ms. 180 phase angle voltages are measured from the zero crossing, 90 phase angle voltages from the positive peak, of the sine wave to the positive peak of the surge. All tests performed with 6 inch (152.4mm) lead length, simulating actual installation. Options offered may result in performance variance. 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (PTE-X080.P65 4/10/00) Page 4 of 4 ZM02-028
EXCLUSIVE I.T. 20 YEAR FREE REPLACEMENT Surge Protective Devices PROTECTOR PTX160/PTE160 GENERAL SPECIFICATIONS Peak Surge Current: 160 ka per phase; 80 ka per mode ANSI/IEEE C62.41 Location Categories: A, B and C Application: High to Low Exposure Level, sensitive, mission critical load applications including: distribution panels, branch panels and critical load centers. Warranty: Twenty-Year Free Replacement Unit Listings: UL1449 SECOND EDITION, cul, UL1283 filter Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 ELECTRICAL/PERFORMANCE SPECIFICATIONS MECHANICAL SPECIFICATIONS Enclosure: Powder Coated Steel, weatherproof; NEMA Type 4 (IP66) exceeds 12, 13 and 3R ratings Mounting: Internally threaded conduit fitting & multi-point mounting feet Connection: #10 (6 mm2) stranded wire. Weight: 5.5 kg (12 lbs.) Operating Temperature: -40 F (-40 C) to +185 F ( +85 C) Protection Modes: All Mode:, L-L (normal mode), L-G, N-G (common mode) Input Power Frequency: PTX: 47-420 Hz; PTE & all SD option: 47-64 Hz Response Time: PTX: 1 nanosecond, PTE Active: < 1 nanosecond Capacitance: PTE: Up to 10 µf per mode NOTE: For applications where earth leakage current may be of concern please utilize PTX models. Diagnostics: LED indicators, 1 green per phase, normally on. Remote Alarm Form C (Volt Free), N/O or N/C contacts (contact ratings 60 W or 125 VA, 125 VAC and 0.3 Amp or 30 VDC and 1 Amp), internal terminal strips and weatherproof fitting. Optional S.M.A.R.T. (surge counter and phase loss indicator with audible alarm). Short Circuit Current Rating: 200 kaic using 30 Amp Class RK5 fuse (not provided) Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 3 db 21 db 40 db 21 db 5 db 40 db @ 98 khz OPTIONS AVAILABLE Active Tracking Network (ATN ): PTE models Audible Alarm, Surge Counter and Phase Loss Monitor (S.M.A.R.T.): (- SD suffix) Stainless Steel, Type 4X Enclosure: (-SS suffix) (contact factory, minimum quantities apply) Fused: (-L suffix) (See web site for current field drawings) Fused Disconnect: (-D suffix) (See web site for current field drawings) ARM-3 Remote Alarm Module 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 PT160.p65 07/10/03 ZM02-026 www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR PTX160/PTE160 PTX160 PTE160 1P101 1P201 1S101 3Y101 3Y201 3Y300 3D101 NN201 NN NN501 System Config Single φ 2w+grnd Single φ 2w+grnd Split φ 3w+grnd 3 φ Y/Star 4w+grnd 3 φ Y/Star 4w+grnd 3 φ Y/Star 4w+grnd 3 φ (Hi-Leg) 4w+grnd 3 φ 3w+grnd 3 φ 3w+grnd 3 φ 3w+grnd Nominal System Voltage 100, 110, 120, 127 200, 208, 220, 230, 240, 277 100/200, 110/220 120/240, 127/254 100/175, 110/190 120/208, 127/220 220/380, 230/ 240/415, 277/480 305/525, 347/600 120/240 200, 208, 220, 230, 240 380,, 415 440, 480 525, 600 MCOV 150 320 150/300 150/300 320/640 460/920 150/300 320 580 750 PTE Models A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G Hi 70 110 80 150 70 110 70 110 80 150 70 730 80 120 80 610 1180 1350 ANSI/IEEE C62.41-1991 Measured Limiting Voltage* PTE Models All Models A1 Ring Wave B3/C1 Impulse 2 kv, 67 A 6 kv, 3 ka 90 Phs Angle 90 Phs Angle L-L N-G HiL-G 90 100 80 90 80 90 110 100 90 850 380 90 120 70 70 90 All Models C3 Impulse 20 kv, 10 ka 90 Phs Angle *Test environment: All tests performed with 6 lead length, positive polarity. Voltages are peak ±10%. Measurements are taken from zero reference per NEMA LS-1. L-G Hi 250 390 480 520 250 390 250 390 480 520 580 620 250 290 380 670 1280 1650 L-L N-G HiL-G 240 90 280 240 280 240 830 90 1020 100 380 90 430 410 770 970 L-G Hi 550 580 990 1060 550 580 550 580 990 1060 1220 1280 580 970 990 970 1750 2130 L-L N-G HiL-G 530 960 910 530 910 530 1700 960 2140 1190 930 830 980 950 1730 2160 L-G Hi 1030 1210 1580 1840 1030 1210 1030 1210 1580 1840 1770 1880 1390 1630 1840 1440 2390 2990 L-L N-G HiL-G 1130 1650 1340 1130 1340 1130 2310 1650 2680 1760 1550 1500 1640 1490 2390 2890 UL SVR UL 1449-2 Suppressed Voltage Ratings L-L L-G N-G Hi HiL-G 1000 1000 1500 2000 1500 2000 1000 1500 1500 2000 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 PT160.p65 07/10/03 ZM02-026 www.itvss.com -647-8877 352-799-0713
The I.T. Protector Surge Protective Devices PTE300 / PTX300 he 300kA per phase, 150kA per mode PTE300 and PTX300 models of the Protector are designed to safeguard high priority systems and load equipment in industrial environments and applications. These applications demand only the most effective and durable protection available. Installation of the PTE300/PTX300 assures damaging transients are intercepted before they reach critical loads. Effective in stand-alone applications or as part of The I.T. System Shield integrated facility-wide protection plan*, the PTE300/PTX300 models are the answer when downtime is not an option. StatScan System Diagnostics N/O, N/C (Volt Free) Dry Relay Contacts LED indicators S.M.A.R.T. Advanced Diagnostics Option Adds multi-function dual mode surge counter plus phase status indicator Multi-point mounting feet and Threaded conduit fitting NEMA 4 (IP66) Weatherproof Enclosure Transient Control System (TCS) Total circuit component integration Symmetrical multi-mode current sharing Advanced Surge Path Technology Optimal measured limiting voltage performance Active Tracking Network (ATN ) Option Highest protection for critical loads EMI/RFI filter Circuit Encapsulation Eliminates adverse environmental factors Extends component life High dielectric isolation Unit Listings Compact Size Application flexibility Close proximity mounting Short parallel lead length Optimal measured limiting voltage performance * For more details visit our website at http://www.itvss.com 1449 1283 Best in the Industry 15470 Flight Path Dr., Brooksville, FL 34604, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2001 Specification subject to change (pte300grp;pte300sgl.tif; PTE-X300.P65 1/8/01) Page 1 of 4 ZM02-029
PTE300 / PTX300 Standard Features Advanced Surge Path Technology All Mode Protection Threshold Suppression Network (TSN) 184 +10% 170-10% TSN Performance Curve Nominal AC Sine Wave Benefits The I.T. Protector Surge Protective Devices All surge paths are peak surge current rated far in excess of highest known magnitude transients and are designed for ultra low impedance and conduction of high frequencies. All possible transient paths to load equipment are covered. Highest level of protection. Industry best suppression of high energy impulse generated transients and widest range of application compatibility. UL1283 listed EMI/RFI filter network. Standard on PTX models. 0 +10% 170-10% Power Company Tolerance Suppression Level 184 Active Tracking Network (ATN ) 184 +10% 170-10% 0 +10% 170-10% 184 ATN vs TSN Performance Curve Nominal AC Voltage Power Company Tolerance ATN Suppression Level Envelope Integral Disconnect Switch Optional Features TSN Suppression Level Benefits Multi-stage hybrid ATN provides the industry's best suppression of both switching generated ringing and high energy impulse generated transients. Highest level of protection for critical and sensitive loads. The ATN circuit's measured limiting voltage performance is independently tested and verified. UL1283 listed EMI/RFI filter network. Standard on PTE models. ATN option is designated by an "E" in the model name (i.e. PTE300-3Y101). PTX300-3Y101 is without ATN. Allows unit to be taken off line with minimal impact to facility operation. Includes 200kAIC surge rated and listed internal fuses allowing unit to be installed without external circuit interrupt for maximum application flexibility. Fused disconnect option is designated by "D" suffix after the model number (i.e. PTE300-3Y101D or PTX300-3Y101D) Suppression Monitoring and Recording Technology S.M.A.R.T. Comprehensive monitoring of critical system functions. Real-time audible and visual reporting of unit status, phase loss/protection loss and transient events (reset and alarm mute). Dual function surge counter provides non-volatile event history recording. Option carries a 10 yr. warranty separate from TVSS warranty. S.M.A.R.T. diagnostics option is designated by a "-SD" suffix after the model number (i.e. PTE300-3Y101-SD or PTX300-3Y101-SD) 15470 Flight Path Dr., Brooksville, FL 34604, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2001 Specification subject to change (switch;intfuse1.tif;atn;tsn.eps; PTE-X300.P65 1/8/01) page 2 of 4 ZM02-029
The I.T. Protector Surge Protective Devices PTE300 / PTX300 GENERAL SPECIFICATIONS Description: Parallel configured, 300kA per phase, 150kA per mode Multi-Circuit Transient Voltage Surge Suppressor (MCTVSS ), with remote alarm capability. Optional integral fused disconnect switch. Optional advanced S.M.A.R.T. diagnostics. Application: Location Categories C and B - High Exposure Level, industrial applications including: large service entrances, large distribution panels and large individual equipment disconnects. Warranty: Twenty Year Free Replacement Unit Listings: UL1449 SECOND EDITION, cul, UL1283 filter. Peak surge current capability conforms to NEMA LS-1 conventions. Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Steel, NEMA 4 (IP66) - weatherproof enclosure (meets and exceeds NEMA 12, 13 and 3R ratings). Mounting: Internally threaded conduit fitting (included) and multi-point mounting feet. Connection: Standard- All connections-box terminal, #6-1/0 (13.3-53.5mm 2 ) wire size. Fused Disconnect- Phases: box terminal, #6-1 (13.3-42.4mm 2 ) wire size. Neutral & Ground: #10 stud #6-1/0 (13.3-53.5mm 2 ) wire size. Shipping Weight: 14 kg (30 lbs.) MOUNTING HOLE DIAMETER=8[0.31] DIMENSIONS ARE IN MM[INCHES] Model Option Dim A Dim B Dim C Dim D Dim E Dim F Dim G Dim H Standard 292[11.50] 273[10.75] 152[6.00] n/a 238[9.38] 203[8.00] 178[7.00] n/a Fused Disconnect 343[13.50] 324[12.75] 152[6.00] 228[8.97] n/a 203[8.00] 210[8.25] 260[10.25] 15470 Flight Path Dr., Brooksville, FL 34604, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2001 Specification subject to change (panmddim.eps; PTE-X300.P65 1/8/01) Page 3 of 4 ZM02-029
PTE300 / PTX300 The I.T. Protector Surge Protective Devices ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Parallel configured, Threshold Suppression Network (TSN) utilizing Transient Control System (TCS) design, circuit encapsulation and Advanced Surge Path Technology. PTE models add multi-stage hybrid Active Tracking Network (ATN ). Protection Modes: All Mode:, L-L (normal mode), L-G, N-G (common mode) Input Power Frequency: 50-420Hz (50-60Hz with ATN option or S.M.A.R.T. option) Response Time: PTE active <1 nanosecond, PTX 1 nanosecond EMI/RFI Attenuation: Up to 40dB normal mode, up to 34dB common mode Capacitance: Up to 15nf per mode (up to 10µF per mode with ATN option) NOTE: For applications where leakage current may be of concern please utilize PTX models. StatScan Circuit Diagnostics: LED indicators, 1 per phase, normally on. Remote Alarm Form C (Volt Free), N/O or N/C contacts, internal terminal strips and weatherproof fitting. Optional S.M.A.R.T. (surge counter and phase loss indicator). Circuit Interrupt: Standard: Requires external circuit interrupt device. Fused Disconnect: Equipped with integral fuses. Model Selection Guide and Key Performance and Electrical Specifications ANSI/IEEE C62.41-1991 Measured Limiting Voltage Tests* Test Category Available System Nominal PTE Models A1 All Models B3/C1 All Models C3 Models Config System Ring Wave Impulse Wave Impulse Wave Voltage (rms) 2,000V, 67A 6,000V, 3,000A 20,000V, 10,000A 180 Phase Angle 90 Phase Angle 90 Phase Angle PTE300-1P201 1φ 200, 208, 220, 100 520 930 PTX300-1P201 2w+grnd 230, 240 L-G 120, N-G 100 550, 900 1100, 1500 PTE300-1S101 Split φ 100/200, 110/220, 50, L-L 70 320, 540 730, 980 PTX300-1S101 3w+grnd 120/240, 127/254 L-G 100, N-G 90 360, 500 920, 1200 PTE300-3Y101 3φ Y/Star 100/175, 110/190, 50, L-L 70 320, 540 730, 980 PTX300-3Y101 4w+grnd 120/208, 127/220 L-G 100, N-G 90 360, 500 920, 1200 PTE300-3Y201 3φ Y/Star 220/380, 230/, 70, L-L 110 500, 950 890, 1600 PTX300-3Y201 4w+grnd 240/415, 277/480 L-G 120, N-G 90 560, 900 980, 1500 PTE300-3Y300 3φ Y/Star 305/525, 70, L-L 120 600, 1200 1000, 1700 PTX300-3Y300 4w+grnd 347/600 L-G 130, N-G 90 660, 1100 1200, 1700 PTE300-3D101 3φ Hi Leg 120/240 50, L-L 70 320, 540 730, 980 PTX300-3D101 4w+grnd L-G 100, N-G 90 360, 500 920, 1200 Hi 100, HiL-G 100 520, 550 930, 1100 PTE300-NN201 3φ 200, 208, 220, L-L 100 520 930 PTX300-NN201 3w+grnd 230, 240 L-G 530 550 1100 PTE300-NN 3φ 380,, 415, L-L 100 810 1 PTX300-NN 3w+grnd 440, 480 L-G 830 810 1500 PTE300-NN501 3φ 525, L-L 100 1100 1700 PTX300-NN501 3w+grnd 600 L-G 1100 1100 1 Option Designators: PTE-Active Tracking Network, PTX-Threshold Suppression Network; D suffix-integral fused disconnect switch. i.e. PTE300-3Y101D, PTX300-3Y101D; -SD suffix-s.m.a.r.t. diagnostics. i.e. PTE300-3Y101-SD, PTX300-3Y101D-SD; *Measured Limiting (Let-Through) Voltage Test Environment: All modes tested dynamic except N-G, Positive polarity. All voltages are peak (±10%), Time base = 1ms. 180 phase angle voltages are measured from the zero crossing, 90 phase angle voltages from the positive peak of the sine wave to the positive peak of the surge. All tests performed with 6 inch (152.4mm) lead length, simulating actual installation. Options offered may result in performance variance. 15470 Flight Path Dr., Brooksville, FL 34604, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2001 Specification subject to change (PTE-X300.P65 1/8/01) Page 4 of 4 ZM02-029
The I.T. Protector Surge Protective Devices PTE / PTX he ka per phase, 200kA per mode PTE and PTX models of the Protector are designed to safeguard high priority systems and load equipment in heavy industrial environments and applications. These applications demand only the most effective and durable protection available. Installation of the PTE/ PTX assures damaging transients are intercepted before they reach critical loads. Effective in stand-alone applications or as part of The I.T. System Shield integrated facility-wide protection plan*, the PTE/PTX models are the answer when downtime is not an option. StatScan System Diagnostics N/O, N/C (Volt Free) Dry Relay Contacts LED indicators S.M.A.R.T. Advanced Diagnostics Option Adds multi-function dual mode surge counter plus phase status indicator Multi-point mounting feet and Threaded conduit fitting NEMA 4 (IP66) Weatherproof Enclosure Transient Control System (TCS) Total circuit component integration Symmetrical multi-mode current sharing Advanced Surge Path Technology Optimal measured limiting voltage performance Active Tracking Network (ATN ) Option Highest protection for critical loads EMI/RFI filter Circuit Encapsulation Eliminates adverse environmental factors Extends component life Provides high dielectric isolation Unit Listings Compact Size Application flexibility Close proximity mounting Short parallel lead length Optimal measured limiting voltage performance * For more details visit our website at http://www.itvss.com 1449 1283 Best in the Industry 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (PTEgrp;PTEsgl.tif; PTE-X.P65 6/13/00) Page 1 of 4 ZM02-031
PTE / PTX The I.T. Protector Surge Protective Devices Standard eatures Advanced Surge Path Technology Enhanced All Mode Protection Threshold Suppression Network (TSN) 184 +10% 170-10% TSN Performance Curve Nominal AC Sine Wave Benefits All surge paths are peak surge current rated far in excess of highest known magnitude transients and are designed for ultra low impedance and conduction of high frequencies. All possible transient paths to load equipment are covered. Highest level of protection. Industry best suppression of high energy impulse generated transients and widest range of application compatibility. UL1283 listed EMI/RFI filter network. Standard on PTX models. 0 +10% 170-10% Power Company Tolerance Suppression Level 184 Active Tracking Network (ATN ) 184 +10% 170-10% 0 +10% 170-10% 184 ATN vs TSN Performance Curve Power Company Tolerance Integral Disconnect Switch Optional eatures Nominal AC Voltage ATN Suppression Level Envelope TSN Suppression Level Benefits Multi-stage hybrid ATN provides the industry's best suppression of both switching generated ringing and high energy impulse generated transients. Highest level of protection for critical and sensitive loads. The ATN circuit's measured limiting voltage performance is independently tested and verified. UL1283 listed EMI/RFI filter network. Standard on PTE models. ATN option is designated by an "E" in the model name (i.e. PTE-3Y101). PTX-3Y101 is without ATN. Allows unit to be taken off line with minimal impact to facility operation. Includes 200KAIC surge rated and listed internal fuses allowing unit to be installed without external circuit interrupt for maximum application flexibility. Fused disconnect option is designated by "D" suffix after the model number (i.e. PTE-3Y101D or PTX-3Y101D) Suppression Monitoring and Recording Technology S.M.A.R.T. Comprehensive monitoring of critical system functions. Real time audible and visual reporting of unit status, phase loss/protection loss and transient events (reset and alarm mute). Dual function surge counter provides non-volatile event history recording. Option carries a 10 yr. warranty separate from TVSS warranty. S.M.A.R.T. diagnostics option is designated by a "-SD" suffix after the model number (i.e. PTE-3Y101-SD or PTX-3Y101-SD) 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (switch;intfuse1.tif;atn;tsn.eps; PTE-X.P65 6/13/00) page 2 of 4 ZM02-031
The I.T. Protector Surge Protective Devices PTE / PTX GENERAL SPECIFICATIONS Description: Parallel configured, ka per phase, 200kA per mode Multi-Circuit Transient Voltage Surge Suppressor (MCTVSS ), with remote alarm capability. Optional integral fused disconnect switch. Optional S.M.A.R.T. advanced diagnostics. Application: Location Categories C, B & A - High Exposure Level, heavy industrial applications including: large service entrances, large distribution panels and large individual equipment disconnects. Warranty: Twenty Year Free Replacement Unit Listings: UL1449 SECOND EDITION, cul, UL1283 filter. Peak surge current capability conforms to NEMA LS-1 conventions. Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Steel, NEMA 4 (IP66) - weatherproof enclosure (meets and exceeds NEMA 12, 13 and 3R ratings). Mounting: Internally threaded conduit fitting (included) and multi-point mounting feet. Connection: Standard- box terminals, #6-1/0 (13.3mm 2-53.5mm 2 ) wire. Fused Disconnect- Phases: box terminals, #10-3 (5.3mm 2-26.7mm 2 ) wire. Neutral & Ground: Terminal Block, #10-6 (5.3mm 2-13.3mm 2 ) wire. Shipping Weight: 27 kg (60 lbs.) MOUNTING HOLE DIAMETER=8[0.31] DIMENSIONS ARE IN MM[INCHES] Model Option Dim A Dim B Dim C Dim D Dim E Dim F Dim G Dim H Standard 445[17.50] 425[16.75] 305[12.00] n/a 391[15.38] 356[14.00] 210[8.25] n/a Fused & Disconnect 445[17.50] 425[16.75] 305[12.00] 379[14.94] n/a 356[14.00] 210[8.25] 260[10.25] 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (panlgdim.eps; PTE-X.P65 6/13/00) Page 3 of 4 ZM02-031
PTE / PTX The I.T. Protector Surge Protective Devices ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Parallel configured, Threshold Suppression Network (TSN) utilizing Transient Control System (TCS) design, circuit encapsulation and Advanced Surge Path Technology. PTE adds multi-stage hybrid Active Tracking Network (ATN ). Protection Modes: All Mode:, L-L (normal mode), L-G, N-G (common mode) Input Power Frequency: 50-420Hz (50-60Hz with ATN option) Response Time: PTE active <1 nanosecond, PTX 1 nanosecond EMI/RFI Attenuation: Up to 42dB normal mode, up to 41dB common mode Capacitance: Up to 15nf per mode (up to 6.6µf per mode with ATN option) NOTE: For applications where leakage current may be of concern please utilize PTX models. StatScan Circuit Diagnostics: LED indicators, 1 per phase, normally on. Remote Alarm Form C (Volt Free), N/O or N/C contacts, internal terminal strips and weatherproof fitting. Optional S.M.A.R.T. (surge counter and phase loss indicator). Circuit Interrupt : Standard external or optional integral fused disconnect switch Model Selection Guide and Key Performance and Electrical Specifications ANSI/IEEE C62.41-1991 Measured Limiting Voltage Tests* Test Category Available System Nominal PTE Models A1 All Models B3/C1 All Models C3 Models Config System Ring Wave Impulse Wave Impulse Wave Voltage (rms) 2,000V, 67A 6,000V, 3,000A 20,000V, 10,000A 180 Phase Angle 90 Phase Angle 90 Phase Angle PTE-1S101 Split φ 100/200, 110/220, 90, L-L 90 530, 910 890, 1330 PTX-1S101 3w+grnd 120/240, 127/220 L-G 130, N-G 100 580, 550 1000, 1020 PTE-3Y101 3φ Y/Star 100/200, 110/220, 90, L-L 90 530, 910 890, 1330 PTX-3Y101 4w+grnd 120/208, 127/220 L-G 130, N-G 100 580, 550 1000, 1020 PTE-3Y201 3φ Y/Star 220/380, 230/, 90, L-L 130 590, 920 1280, 1510 PTX-3Y201 4w+grnd 240/415, 277/480 L-G 110, N-G 50 620, 980 1220, 1590 PTE-3Y300 3φ Y/Star 305/525, 110, L-L 171 820, 1220 1460, 1790 PTX-3Y300 4w+grnd 347/600 L-G 140, N-G 55 840, 1300 1440, 1930 PTE-3D101 3φ Hi Leg 120/240 90, L-L 90 530, 910 890, 1330 PTX-3D101 4w+grnd L-G 130, N-G 100 580, 550 1000, 1020 Hi 90, HiL-G 90 910, 910 1, 1 PTE-NN201 3φ 200, 208, 220, L-L 40 860 1240 PTX-NN201 3w+grnd 230, 240 L-G 490 870 1360 PTE-NN 3φ 380,, 415, L-L 70 900 1650 PTX-NN 3w+grnd 440, 480 L-G 890 1080 1780 PTE-NN501 3φ 525, L-L 170 1130 1790 PTX-NN501 3w+grnd 600 L-G 1180 1360 1920 Option Designators: PTE-Active Tracking Network, PTX-Threshold Suppression Network; D suffix-integral fused disconnect switch. i.e. PTE-3Y101D, PTX-3Y101D. -SD suffix-s.m.a.r.t. diagnostics. i.e. PTE- 3Y101-SD, PTX-3Y101D-SD *Measured Limiting (Let-Through) Voltage Test Environment: All modes tested dynamic except N-G, Positive polarity. All voltages are peak (±10%), Time base = 1ms. 180 phase angle voltages are measured from the zero crossing, 90 phase angle voltages from the positive peak, of the sine wave to the positive peak of the surge. All tests performed with 6 inch (152.4mm) lead length with lead lines tied together, simulating actual installation. Options offered may result in performance variance. 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1449 1283 2000 Specification subject to change (PTE-X.P65 6/13/00) Page 4 of 4 ZM02-031
Surge Protective Devices PROTECTOR S.M.A.R.T. (Suppression Monitoring And Recording Technology) GENERAL SPECIFICATIONS Description: Multi function surge counter, phase loss indicator and system status monitor with four (Low, Medium, High and Total) surge recording modes, LCD event indication, LED phase loss indication and audible alarm Application: Available as an option on Innovative Technology s Protector product lines (PTE640/PTX640, PTE/PX, PTE300/PTX300, PTE160/PTX160, PTE080/PTX080, PTE065/PTX065, PTE048/PTX048) Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 Phase Indicator LEDs (green - OK) Suppression circuit status 1 LED per phase, normally on - OK SMART-SD System Diagnostics 8 Characters/Line 2 Lines MUTE/ RESET Press To Mute Press & Hold For Menu ELECTRICAL/PERFORMANCE SPECIFICATIONS Display: 2-line, 16 position (8 position per line) LCD that can display up to 99,999,999 (999999999) surge events. The LCD will display the following, as applicable: Total surge events detected since installation, total surge events since the last counter reset, phase loss indication per phase and SMART display configuration menus. Display Modes: A. Normal Display Modes: User can step through the Low/Medium/High Surge counts, Surge Total and Phase Status displays. B. Surge Displays Modes: The LCD display and audible alarm will alert the user when a surge event has occurred. LCD will display the number of surges that have occurred since the last user reset of the counter. C. Phase Loss Event Mode: LCD display will alert the user when a phase loss event has occurred. LCD will display the status of the phases being protected, and report phase loss. Visual Status Indicators: LED(s), one green per phase. LED(s) turn off if power to the phase is interrupted. Audible Alarm: When enabled, a 3.7 khz, 90 db alarm will sound upon loss of power to any phase. Membrane switch allows the alarm to be silenced/disabled. Remote Alarm: SMART diagnostics include Form C (Volt Free) dry relay contacts (DRCs) for connection of remote monitoring equipment such as Innovative Technology s ARM-3 Alarm Remote Module. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 4 (SMARTPro-Spec.p65 06/05/03 ZM02-032/IS-006) www.itvss.com -647-8877 352-799-0713
INSTALLATION INSTRUCTIONS FOR: S.M.A.R.T. SURGE COUNTER SUPPRESSION MONITORING AND RECORDING TECHNOLOGY Surge Protective Devices PROTECTOR Electrical Installation: Connect the wires/lugs according to the wire markers labeled as follows: A. Single Phase: No wire/lug labels, use standard single-phase installation instructions B. Split Phase: Wire/lug labeled A to phase-a (L1) Wire/lug labeled B to phase-b (L2) Remaining wire(s)/lug(s) labeled or not labeled as usual. C. Three Phase (Wye or Delta): Wire/lug labeled A to phase-a (L1) Wire/lug labeled B to phase-b (L2) Wire/lug labeled C to phase-c (L3) Remaining wire(s)/lug(s) labeled or not labeled as usual. Mechanical Installation: Because the surge counter display is only legible in one direction, install the unit so the overlay reads left to right. Non-hinged lid may be removed and rotated 180 to accommodate the proper orientation. Care should be taken to not scratch the LCD window. The LCD display may not be easily readable in direct sunlight. Use a sun shield or place in a shaded area. U.S. National Electrical Code Typical Wiring Guidelines N = Neutral (White or Gray) G = Ground (Green or Green w/yellow stripe) Split Phase L1 = Phase 1 (Black) L2 = Phase 2 (Red or Black) Three Phase 120/240 V 277/480V A = Phase 1, L1 (Black) (Brown) B = Phase 2, L2 (Red) (Orange) C = Phase 3, L3 (Blue) (Yellow) OPERATION INSTRUCTIONS FOR: S.M.A.R.T. SURGE COUNTER SUPPRESSION MONITORING AND RECORDING TECHNOLOGY Operating Display Modes: A. Normal Display Mode: In this mode the user can step through the normal information: Surge counts (low/medium/high), total count, and phase status. Press the switch next to the LCD display to advance to the next information screen. B. Surge Display Mode: In this mode, the display will show the number of surges that have occurred since the last user reset. If the unit is in the Normal Mode, and the unit receives a transient, the unit will jump to the Surge Display Mode and display the surge counts (low/medium/ high). If the unit is in the Phase Loss Event Mode, the unit will record the surge but will remain in Phase Loss Event Display Mode. If the unit is in the Setup Display Mode, the unit will record the surge but will remain in the Setup Display Mode. C. Phase Loss Event Display Mode: In this mode, during a phase loss event, the display will show PHASE(S), ABC OUT (depending on the number of system phases and the phase affected). When the phase returns to normal status the display will show PHASE OK. The user can enter the Setup Display Mode to change settings. D. Setup and Test Mode: Use this mode to change the user-defined mute settings, clear the surge and total count*, and test the indicators. *NOTE: Consult the manufacturer for instructions on re-setting the Total Count. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 4 (SMARTPro-Spec.p65 06/05/03 ZM02-032/IS-006) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR Surge Counter Operation: A. Power-up Splash Screen: Display shows: I.T. (3 second pause to allow user to view display) Display shows: REV:X.XX MMDDYYYY (Revision information 2 second pause) Display shows: FOR TECH SUPPORT (2 second pause) Display shows: CALL 647-8877 (Manufacturer toll-free 3 second pause) Display shows: LOW SRG 00000000 (Unit is ready to record) B. Surge Counters: (Surge Display Mode) Count 1 time for every surge detected. Display shows: SURGE(S) LOW/MED/HIGH SRG 00000000 (8 digits, advances to 99999999, then 00000001) Beep/chirp for every surge detected (if mute is disabled). Beep/chirp can be muted via setup (described below). There are four counters: 1) User re-settable Surge counts (low/medium/high) like the trip odometer in your car. Described below. 2) Factory re-settable total count*. This is a total of all the low, medium and high surge counts. C. Phase Loss Monitor: (Phase Loss Event Mode up to 3 phases) Monitor all available phases. Display shows: PHASE(S) ABC OUT (Letter indicates which phase(s) are out) - Or shows: PHASE(S) OK Corresponding LED extinguishes with phase loss. Dry Relay (Volt Free) Contacts change state with phase loss. 3.7 khz tone/buzzer with phase loss (50% duty cycle, 1 second on/1 second off). Buzzer can be muted per event by a single key press. All phase loss events can be muted via setup mode (described below). D. Setup: (Setup and Test Mode) To enter the setup mode: press and hold the mute/reset button for 2 seconds. Display shows: SETUP (release button at this time to enter setup mode) Phase Loss Setup Display shows: PHASE(S) MUTE:OFF Mute factory default is OFF (buzzer active). To toggle the setting for muting the buzzer on phase loss feature, press and hold the button for 2 seconds. Display shows: PHASE(S) MUTE:ON This setting will mute the buzzer for all phase loss events. (To mute the buzzer on an on event basis, press and release the button during normal phase loss mode.) To re-toggle this setting, press and hold the button for 2 seconds. To go to the next setup selection, press the button (release in less than 2 seconds). Surge Counter Setup Display shows: SURGE MUTE:ON Mute factory default is ON (no beep/chirp). To toggle the setting for muting the beep/chirp on surge feature, press and hold the button for 2 seconds. *NOTE: Consult the manufacturer for instructions on re-setting the Total Count. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 3 of 4 (SMARTPro-Spec.p65 06/05/03 ZM02-032/IS-006) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR Surge Counter Operation (cont.): Display shows: SURGE MUTE:OFF To re-toggle this setting, press and hold the button for 2 seconds. To go to the next setup selection, press the button (release in less than 2 seconds). Display shows: CLEAR? SURGES To clear the Surge counter, press and hold the button for 2 seconds. Display shows: SURGES CLEARED! To go to the next setup selection, press the button (release in less than 2 seconds). Total Setup Display shows: CLEAR? TOTAL To clear the Total counter, press and hold the button for 2 seconds. To go to the test mode, press the button (release in less than 2 seconds). Test Mode Display shows: TEST? MODE To enter the Test Mode, press and hold the mute/ reset button for 2 seconds*. To exit the Setup and Test Mode, press the button (release in less than 2 seconds). Display shows: TURN ON LED(S)? This will test the available LED indicators. To toggle the LEDs on, press and hold the button for 2 seconds. Display shows: TURN OFF LED(S)? To toggle the LEDs off, press and hold the button for 2 seconds. To go to the next test selection, press the button. (release in less than 2 seconds). Display shows: TURN ON RELAY? This will test the Dry Relay Contacts. To toggle the Relay on, press and hold the button for 2 seconds. Display shows: TURN OFF RELAY? To toggle the Relay off, press and hold the button for 2 seconds. To go to the next test selection, press the button. (release in less than 2 seconds) Display shows: TURN ON BUZZER? This will test the Audible Alarm indicator. To toggle the Alarm on, press and hold the button for 2 seconds. Display shows: TURN OFF BUZZER? To toggle the Alarm off, press and hold the button for 2 seconds. To repeat the Test Mode, press the button (release in less than 2 seconds). Exit Display shows the splash screen. Display returns to the Surge Display Mode. *NOTE: Consult the manufacturer for instructions on re-setting the Total Count. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 4 of 4 (SMARTPro-Spec.p65 06/05/03 ZM02-032/IS-006) www.itvss.com -647-8877 352-799-0713
IS-006 TRANSIENT VOLTAGE SURGE SUPPRESSORS MANUFACTURED BY A DELTA COMPANY SURGE SUPPRESSION LEADER BY DESIGN Electrical Installation: Connect the wires/lugs according to the wire markers labeled as follows: A. Single Phase: No wire/lug labels, use standard single-phase installation instructions. B. Split Phase: Wire/lug labeled A to phase-a (L1) Wire/lug labeled B to phase-b (L2) Remaining wire(s)/lug(s) labeled or not labeled as usual. C. Three Phase (Wye or Delta): Wire/lug labeled A to phase-a (L1) Wire/lug labeled B to phase-b (L2) Wire/lug labeled C to phase-c (L3) Remaining wire(s)/lug(s) labeled or not labeled as usual. INSTALLATION INSTRUCTIONS FOR: S.M.A.R.T. SURGE COUNTER SUPPRESSION MONITORING AND RECORDING TECHNOLOGY Mechanical Installation: OPERATION INSTRUCTIONS FOR: S.M.A.R.T. SURGE COUNTER SUPPRESSION MONITORING AND RECORDING TECHNOLOGY Because the surge counter display is only legible in one direction, install the unit so the overlay reads left to right. Non-hinged lid may be removed and rotated 180 to accommodate the proper orientation. Care should be taken to not scratch the LCD window. The LCD display may not be easily readable in direct sunlight. Use a sun shield or place in a shaded area. U.S. National Elelctrical Code Typical Wiring Guidelines N=Neutral (White or Gray) G=Ground (Green or Green w/yellow stripe) Split Phase L1=Phase 1 (Black) L2=Phase 2 (Red or Black) Three Phase 120/240V 277/480V A=Phase 1, L1 (Black) (Brown) B=Phase 2, L2 (Red) (Orange) C=Phase 3, L3 (Blue) (Yellow) Operating Display Modes: A. Normal Display Mode: In this mode the user can step through the normal information: Surge count, History count, and Phase status. Press the switch next to the LCD display to advance to the next information screen. B. Surge Display Mode: In this mode, the display will show the number of surges that have occurred since the last user reset. If the unit is in the Normal Mode, and the unit receives a transient, the unit will jump to the Surge Display Mode and display the Surge count. If the unit is in the Phase Loss Event Mode, the unit will record the surge but will remain in the Phase Loss Event Display Mode. If the unit is in the Setup Display Mode, the unit Surge Counter Operation: A. Power-up Splash screen: Display shows: I.T. (3 second pause to allow user to view display) Display shows: REV:X.XX MMDDYYYY (Revision information) (2 second pause) will record the surge but will remain in the Setup Display Mode. C. Phase Loss Event Display Mode: In this mode, during a phase loss event, the display will show PHASE(S), ABC OUT (depending on the number of system phases and the phase affected). When the phase returns to normal status the display will show PHASE OK. The user can enter the Setup Display Mode to change settings. D. Setup Display Mode: Use this mode to change the user-defined mute settings and to clear the Surge and History count*. Display shows: FOR TECH SUPPORT (2 second pause) Display shows: CALL 647-8877 (Manufacturer toll-free) (3 second pause) Display shows: SURGE(S) 00000000 (unit is ready to record) *NOTE: Consult the manufacturer for instructions on re-setting the jumper for the History count. 1999 Innovative Technology, Inc., 1--647-TVSS (8877), 352-799-0713, SMARTi.P65 11/22/99 page 1 of 2
IS-006 TRANSIENT VOLTAGE SURGE SUPPRESSORS MANUFACTURED BY A DELTA COMPANY SURGE SUPPRESSION LEADER BY DESIGN Surge Counter Operation (cont d): B. Surge Counter: (Surge Display Mode) Count 1 time for every surge detected. Surge detection is not an event. Display shows: SURGE(S) 00000000 (8 digits, advances to 99999999, then 00000001) Beep/chirp for every surge detected (if mute is disabled) Beep/chirp can be muted via setup (described below) There are two counters. 1) User re-settable Surge count (like the trip odometer in your car). Described below. 2) Factory re-settable History count* (re-settable only by enabling an internal jumper). C. Phase Loss Monitor: (Phase Loss Event Mode) (up to 3 phases) Monitor all available phases Phase loss is an event Display shows: PHASE(S) ABC OUT (Letter indicates which phase(s) are out) -Or shows: PHASE(S) OK Corresponding LED extinguishes with phase loss Dry Relay (Volt Free) Contacts change state with phase loss 3.7kHz tone/buzzer with phase loss (50% duty cycle, 1 second on/1 second off) Buzzer can be muted per event by a single key press All phase loss events can be muted via setup mode (described below) D. Setup: (Setup Display Mode) To enter the setup mode: press and hold the mute/ reset button for 2 seconds Display shows: SETUP (release button at this time to enter setup mode) Phase Loss Setup Display shows: PHASE(S) MUTE:OFF Mute factory default is OFF (buzzer active) To toggle the setting for muting the buzzer on phase loss feature, press and hold the button for 2 seconds Display shows: PHASE(S) MUTE:ON This setting will mute the buzzer for all phase loss events (To mute the buzzer on an on event basis, press and release the button during normal phase loss mode) To re-toggle this setting, press and hold the button for 2 seconds To go to the next setup selection, press the button (release in less than 2 seconds) Surge Counter Setup Display shows: SURGE MUTE:ON Mute factory default is ON (no beep/chirp) To toggle the setting for muting the beep/chirp on surge feature, press and hold the button for 2 seconds Display shows: SURGE MUTE:OFF To re-toggle this setting, press and hold the button for 2 seconds To go to the next setup selection, press the button (release in less than 2 seconds) Display shows: CLEAR? SURGES To clear the Surge counter, press and hold the button for 2 seconds. Display shows: SURGES CLEARED! To go to the next setup selection, press the button (release in less than 2 seconds) History Setup Display shows: CLEAR? HISTORY To clear the History counter, press and hold the button for 2 seconds. Note: The factory jumper must be installed to enable clearing of the History count* To exit the setup mode, press the button (release in less than 2 seconds) Display shows the splash screen Display returns to the Normal Display mode (surge counts) (Surge Display Mode) *NOTE: Consult the manufacturer for instructions on re-setting the jumper for the History count. 1999 Innovative Technology, Inc., 1--647-TVSS (8877), 352-799-0713, SMARTi.P65 11/22/99 page 2 of 2
20 Year Warranty ORIGINAL OWNER- 20 YEAR LIMITED FREE REPLACEMENT WARRANTY There are no warranties which extend beyond the description on the face hereof. During the applicable warranty period, Innovative Technology, without charge to the original purchaser/end-user for parts, will repair or replace, at Innovative Technology's option, any Innovative Technology surge protective device which fails due to any electrical anomaly including lightning, or which proves to have a defect in materials or workmanship of the aforesaid device and provided the device is returned at the purchaser/end-user's cost and expense, to Innovative Technology within the applicable warranty period. The applicable warranty period for this Innovative Technology Surge Protective Device is twenty (20) years beginning either at the date of installation, as indicated on the returned warranty card, or six (6) months after the date of device shipment from Innovative Technology's warehouse, whichever comes first. The warranty period for any repaired devices or replacement devices will be only the remaining portions of the original limited warranty. This warranty shall not apply to any device that has been modified, altered, tampered with, misused or misapplied, improperly installed, repaired by other than Innovative Technology, or subject to abnormal working conditions, and shall not apply unless the device is installed by a qualified licensed and/or bonded electrician. This warranty does not guarantee uninterrupted electrical service. Repair or replacement as provided under this warranty is the exclusive remedy of the purchaser/end-user. The warranty is in lieu of all other warranties, express or implied, including, but not limited to, any implied warranty of merchantability or warranty of fitness from a particular use or purpose; all of which are hereby excluded and expressly disclaimed. Innovative Technology shall in no event be liable for any special, indirect, incidental, punitive, or consequential damages of any kind or character, including, without limitation, the expense of installation or removal, loss of revenue or profits, failure to realize savings or other benefits, loss of data or use, damage to equipment, and claims against the purchaser/end-user by any third person, even if Innovative Technology has been advised of the possibility of such damages. Innovative Technology's total liability on any claim made against it shall in no event exceed the purchaser price paid to Innovative Technology for the product. A qualified licensed and/or bonded electrician must install all surge protection devices on AC or DC powered electrical systems, and a qualified technician or electrician must install all surge protection devices for use in telecommunication and/or data systems. After the expiration of the warranty period, any surge protection device may be returned to Innovative Technology for repair or replacement. All costs and expenses incurred in connection with such repair or replacement shall be borne by the purchaser/end-user.
IS-005 TRANSIENT VOLTAGE SURGE SUPPRESSORS MANUFACTURED BY A DELTA COMPANY SURGE SUPPRESSION LEADER BY DESIGN INSTALLATION INSTRUCTIONS FOR: 3 PHASE NO NEUTRAL (NN) MODELS ~ See Product Identification and Installation Requirements Table on page 3 of this document for specific model family details. ~ Optional features operation and installation instructions are located on attached page(s). ~ If specific model contains SD (SMART Diagnostics), Review SD Installation and Operation instructions now. WIRING CONNECTION DIAGRAMS FOR NORTH AMERICAN POWER SYSTEMS MODELS USING EXTERNAL CIRCUIT INTERRUPT DEVICES CIRCUIT INTERRUPT DEVICE WARNING: HAZARDOUS VOLTAGES PRESENT Improper installation or misapplication of these devices may result in serious injury to installer and/or damage to electrical system or related equipment. Read and understand all instructions before beginning installation. Protective eyewear should be worn whenever working around hazardous voltages. INTERNALLY FUSED (L OR D) MODELS NOTICE: All instructions and measurements must be completed by a licensed/qualified electrician in accordance with the U.S. National Electrical Code, state and local codes or other applicable country codes. The U.S. National Electrical Code and state and local requirements (or other applicable country codes) BEFORE INSTALLATION: Fully complete the following: 1. Verify system is wired in a Three Phase Delta configuration and that the voltage rating of the system matches the voltage rating of the suppressor as shown on label. 2. Identify applicable wiring connection diagram at right. 3. REMOVE POWER FROM ELECTRICAL SYSTEM BEFORE INSTALLING SUPPRESSOR. 4. Suppressor contains no position-oriented components and can be mounted upside down or sideways. The cover may be rotated 180 degrees to improve readability of the label (not applicable to Fused (L or D) models). Take care to support the cover to prevent damage to the indicator light circuit board and wiring when removing and manipulating lid. 5. Isolated Ground : suppressor Ground wire is bonded to suppressor housing internally. If system utilizes isolated Ground, then suppressor housing must be isolated from Ground via insulated conduit fitting and Ground wire must be connected to isolated Ground bus. 6. Assure weatherproof (corrosion resistant) conduit and fittings are used to maintain NEMA 4 (IP66) or 4X rating as applicable. Additionally, check lid to ensure screws are sufficiently tight as loosening may occur in the shipping process. 2001 Innovative Technology, Inc., 1--647-TVSS (8877), 352-799-0713, (deltann; fusednn.eps), NNi.P65 6/11/01 page 1 of 4
IS-005 TRANSIENT VOLTAGE SURGE SUPPRESSORS MANUFACTURED BY A DELTA COMPANY SURGE SUPPRESSION LEADER BY DESIGN FUSED (L or D suffix) MODEL NOTES: All Fused (L or D) models are equipped with Gould type VSP40-2 fuses except PTX640 and PTE640 (D) models which are equipped with Class RK5 fuses. Punch or drill hole through suppressor enclosure for minimum connecting wire length. Assure that no internal components are disturbed or damaged. Caution should be taken to capture and remove all metal shavings during drilling process to avoid a possible short circuit condition. CIRCUIT INTERRUPT DEVICES: Suppressor must be connected to electrical system via the circuit interrupt device as specified in the Product Identification and Installation Requirements Table (this does not apply to integrally Fused (L or D) models). One (1) triple pole/single throw circuit breaker sized according to Product Identification and Installation Requirements Table. NOTE 1: pre-existing breakers of rated load size may be utilized if provisions for multi-conductor connections are made according to U.S. NEC 110-14a (or other applicable country codes). NOTE 2: avoid utilizing a pre-existing breaker which when operated will cause a critical system to shut down. Three (3) single pole/single throw circuit breakers sized according to the Product Identification and Installation Requirements Table on page 3. Three (3) Fuses sized according to the Product Identification and Installation Requirements Table. INSTALLATION CONNECTION AND WIRING INSTRUCTIONS: IMPORTANT: Suppressor should be located so that the shortest possible conductor length may be used. Conductors should be bound or twisted together to reduce impedance factor. Excessive wire length and sharp bends degrade suppressor performance; therefore, avoid excessive wire length and sharp bends. STEP 1: REMOVE POWER FROM ELECTRICAL SYSTEM BEFORE INSTALLING SUPPRESSOR STEP 2: Mechanically mount suppressor Mount through panel knockout using conduit fitting as well as suppressor mounting brackets, feet, holes, or other mounting means provided. Assure weatherproof conduit and fittings are used to maintain NEMA 4 (IP66) or 4X rating when required. Mount suppressor to ensure shortest and straightest possible conductor length is used from suppressor to circuit interrupt device to the system bus bar. Twist or bind conductors as much as possible. NOTE: If installing suppressor on system other than electrical panel, mount the suppressor in close proximity to the system being protected using necessary means for mounting. A circuit interrupt device is still required when installing on a system other than an electrical panel (not applicable to Fused (L or D suffix) models). STEP 3: Wire suppressor into electrical system Measure and cut conductors (wires) to ensure length is adequate while keeping conductors as short as possible for optimum suppressor performance. NOTE: If Suppressor does not have wires provided, obtain wires as specified in the Product Identification and Installation Requirements Table. Connect Ground (Earth) wire to the system Ground (Earth) bus bar. (For systems utilizing isolated grounds, please see Isolated Ground bullet in the Before Installation section of these instructions). Connect Phase wires to system phases, one phase wire per each phase, via the circuit interrupt device. NOTE: If Suppressor is connected as a Corner Ground Delta (CGD), band corner grounded phase with Green tape. STEP 4: Verification and power up Verify installation is complete as per these instructions and applicable codes and regulations. Once verified and lid is closed securely, apply power to device. For units with LEDs: LEDs should be glowing and alarm contacts should move to normal state. If lights do not glow, remove power and contact supplier. For units with contacts: Suppressor is equipped with two sets of contacts. One set (labeled N/O) is normally open and the other (labeled N/C) is normally closed with power applied. Contacts are rated at 60 W or 100 VA maximum voltage is 150 VDC or 220 VAC and 2 Amps maximum. Connections may be used for remote alarm hook up. 2001 Innovative Technology, Inc., 1--647-TVSS (8877), 352-799-0713, NNi.P65 6/11/01 page 2 of 4
IS-005 TRANSIENT VOLTAGE SURGE SUPPRESSORS MANUFACTURED BY A DELTA COMPANY SURGE SUPPRESSION LEADER BY DESIGN PRODUCT IDENTIFICATION AND INSTALLATION REQUIREMENTS TABLE Standard Models (No fuse or disconnect included - no L or D suffix) EQX XT-40 PTE048 or PTX048 PTE080 or PTX080 PTE160 or PTX160 PTE300 or PTX300 PTE or PTX PTE640 or PTX640 Wire Size Range #10 AWG (6 mm 2 ) Stranded Wire Included #6-1/0 AWG (16-50 mm 2 ) Wire Not Included Circuit Interrupt Device Required for Installation Max. Current Rating Type 20 Amps 30 Amps 60 Amps 100 Amps Class RK5 fuses or One triple-pole/singlethrow breaker or Three single-pole/ single-throw breakers FUSES Not Included Fused/Disconnect Models (fuse or disconnect included - L or D suffix) PTE048 or PTX048 PTE080 or PTX080 PTE160 or PTX160 PTE300 or PTX300 PTE or PTX PTE640 or PTX640 Disconnect Models (D suffix) Phases: #6-1 AWG (16-50 mm 2 ) via box terminal Neutral & Ground: #6-1/0 AWG (16-50 mm 2 ) via ring terminal for #10-32 stud Wire Not Included Phases: #6-1 AWG (16-50 mm 2 ) via box terminal Neutral & Ground: #6-1/0 AWG (16-50 mm 2 ) via box terminal Wire Not Included Wire Size Range Fused Models (L suffix) #6-1/0 AWG (16-50 mm 2 ) via ring terminal for #10-32 stud Wire Not Included Models not available Circuit Interrupt Device Required for Installation No Additional Fuse Required Fuses Included Medium Voltage Models* (1000-4200 V) (No fuse or disconnect included - no L or D suffix) PTX120 PTX240 Wire Size Range #6 AWG (16 mm 2 ) (phases markedground (earth) is green) Wire Included #4 AWG (25 mm 2 ) (phases & ground (earth) marked with labels) Wire Included *NOTE: PTX120 and PTX240 are not available in Fused or Disconnect versions Circuit Interrupt Device Required for Installation Max. Current Rating 70 Amps (or less) Type Ferraz A240R2R for 2 V and less. Ferraz A480R2R-1 for 4 V and less. (or equal) FUSES Not Included 2001 Innovative Technology, Inc., 1--647-TVSS (8877), 352-799-0713, NNi.P65 6/11/01 page 3 of 4
IS-005 TRANSIENT VOLTAGE SURGE SUPPRESSORS MANUFACTURED BY A DELTA COMPANY SURGE SUPPRESSION LEADER BY DESIGN TO UTILIZE SUPPRESSOR FORM C (VOLT FREE) CONTACTS FOR REMOTE ALARM 1. Assure power is removed. 2. Open or remove suppressor lid. Take care to support the cover to prevent damage to the indicator light circuit board and wiring when removing and manipulating lid. 3. Punch clearance hole through overlay access point and install provided watertight strain relief such as Altech #225-A00 (I.T. Part No. SR011). If side, top or bottom location is required, punch or drill 0.5 (12.7 mm) diameter hole, centered at 1.125 (28.5 mm) from the lip of the box (lid open/removed) in a place not interfering with the lid clamps, and install the strain relief. Caution should be taken to capture and remove all metal shavings during drilling process to avoid a possible short circuit condition. NOTE: Suppressor is equipped with two sets of contacts. One set (labeled N/O) is normally open and other (labeled N/C) is normally closed with power applied. Contacts are rated at 60 W or 100 VA, max. voltage = 150 VDC or 220 VAC and 2 A max. Connections may be used for alarm hook up. The terminal labeled "COM" is common to both N/O and N/C contacts. 4. Connect suppressor alarm circuit(s) to Normally Open (N/O) or Normally Closed (N/C) terminals as required. 5. Alarm contacts take AWG #26 (0.16 mm 2 ) to #16 (1.5 mm 2 ) wire. Assure appropriate U.S. NEC (or other applicable country code) class wire is used to coordinate with power supply wire. Follow rules of wiring class used when determining routing of alarm leads. To maintain NEMA 4 (IP66) rating use appropriate cable and watertight strain relief. 6. Reconnect indicator pigtails, color to color. Close or replace and tighten lid. 7. Connect suppressor alarm contact wire(s) to Alarm Remote Module or annunciator device. Follow applicable U.S. NEC Articles (or other applicable country code) for cable type selection. 8. Apply power to system. Indicator lights on suppressor should glow and alarm contacts should move to normal state, If lights do not glow, remove power and contact supplier. 9. To install Optional Alarm Remote Module (ARM-3) Part No. ZARM-003, see installation instructions shipped with ARM-3. ARM TM REMOTE ALARM CONNECTION TO PANEL UNIT REMOTE ALARM ANNUNCIATOR CONNECTION TO PANEL UNIT Alarm Box Terminals Remote Alarm Access Point TVSS Panel Unit Remote Alarm Access Point TVSS Panel Unit ARM TM Remote Alarm Module Appropriate NEC Class 2 2 Conductor Wire AC Power IEC320 Plug ARM TM REMOTE ALARM CONNECTION TO PANEL UNIT Appropriate NEC Class Wire Low Power Indicator Light Computer Based Control System Alarm Annunciating Circuit PLC REMOTE ALARM ANNUNCIATOR REMOTE ALARM ANNUNCIATOR CONNECTION TO PANEL UNIT Alarm Box Terminals Remote Alarm Access Point TVSS Panel Unit Remote Alarm Access Point TVSS Panel Unit ARM TM Remote Alarm Module Appropriate NEC Class 2 2 Conductor Wire AC Power IEC320 Plug Appropriate NEC Class Wire Low Power Indicator Light Computer Based Control System Alarm Annunciating Circuit PLC REMOTE ALARM ANNUNCIATOR 2001 Innovative Technology, Inc., 1--647-TVSS (8877), 352-799-0713, (armfcon;armsco;naranfcon;aranscon.eps), NNi.P65 6/11/01 page 4 of 4
EXCLUSIVE I.T. 10 YEAR FREE REPLACEMENT Surge Protective Devices EQUALIZER EQX 40, 80, 160 GENERAL SPECIFICATIONS Peak Surge Current: 40, 80, 160 ka per phase ANSI/IEEE C62.41 Location Categories: A, B and C Application: AC power service entrances, branch panels and/or individual equipment Warranty: Ten-Year Free Replacement Unit Listings: UL1449 SECOND EDITION, cul, UL1283 filter, CE Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Powder Coated Steel, NEMA Type 1 (IP20) Mounting: Threaded conduit fitting and/or multi-point mounting feet Connection: #10 (6 mm²) stranded wire Weight: 5 lbs (2.2 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: Full Mode: (normal mode), L-G, N-G (common mode) Input Power Frequency: 47-420 Hz (50-60 Hz for ATN models) Response Time: < 1 nanosecond Capacitance: Up to 30 nf with EQX, up to 1.5 µf with EQXN Diagnostics: Green LED indicators, Dry Relay (Volt-Free) contacts (contact rating 60 W or 125 VA, 125 VAC and 0.5 Amp or 30 VDC and 1 Amp) Short Circuit Current Rating: 200 kaic using 30 Amp Class RK5 Fuse Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 0 db 8.5 db 30 db 23 db 6.8 db 58 db @ 238 khz OPTIONS AVAILABLE Active Tracking Network (ATN ): EQXxxN Flush Mount Plate (ZPLATE-4) 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 (EQX-Spec.p65 06/20/03 ZM02-354) www.itvss.com -647-8877 352-799-0713
www.itvss.com -647-8877 Surge Protective Devices EQUALIZER EQX 40, 80, 160 EQX40 EQX80 EQX160 1P101 1P201 1S101 3D101 3Y101 3Y201 NN201 System Config 1 φ 2w+grnd Single φ 2w+grnd Split φ 3w+grnd 3 φ (Hi-Leg) 4w+grnd 3 φ Y/Star 4w+grnd 3 φ Y/Star 4w+grnd 3 φ 3w+grnd NominalSystem Voltage 100, 110, 120, 127 200, 208, 220, 230, 240, 277 100/200, 110/220 120/240, 127/254 100/175, 110/190 120/208, 127/220 220/380, 230/ 240/415, 277/480 200, 208, 220, 230, 240 MCOV 150 320 150/300 120/240 150/300 150/300 320/640 320 EQX80 EQX160 NN 3 φ 3w+grnd 380,, 415 440, 480 550 NN501 3 φ 3w+grnd 525, 600 750 EQX80N EQX160N 1S101 Split φ 100/200, 110/220 3w+grnd 120/240, 127/254 150/300 3 φ 3D101 (Hi-Leg) 120/240 4w+grnd 150/300 3Y101 3 φ Y/Star 100/175, 110/190 4w+grnd 120/208, 127/220 150/300 3Y201 3 φ Y/Star 4w+grnd 220/380, 230/ 240/415, 277/480 320/640 NN201 3 φ 3w+grnd 200, 208, 220, 230, 240 320 NN** 3 φ 380,, 415 3w+grnd 440, 480 550 A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G Hi 330 340 670 670 330 340 330 670 670 330 340 670 670 740 1200 1580 60 300 60 460 60 60 300 60 460 580 960 ANSI/IEEE C62.41-1991 Measured Limiting Voltage* All Models A1 Ring Wave B3/C1 Impulse 2 kv, 67 A 6 kv, 3 ka 90 Phs Angle 90 Phs Angle L-L N-G HiL-G 380 720 620 380 620 720 670 620 380 1130 720 740 1260 1590 110 320 110 120 460 110 320 120 580 110 130 All Models C3 Impulse 20 kv, 10 ka 90 Phs Angle UL SVR UL 1449-2 Suppressed Voltage Ratings *Test environment: All tests performed with 6 lead length, positive polarity. Voltages are peak ±10%. Measurements are taken from zero reference per NEMA LS-1. **EQX80N only. L-G Hi 370 390 760 740 370 390 370 740 760 370 390 760 740 740 1200 1580 220 380 220 750 430 220 380 430 750 650 1170 L-L N-G HiL-G 330 720 680 330 680 720 740 680 330 1380 720 740 1260 1590 390 320 390 580 750 390 320 550 580 430 760 L-G Hi 490 540 930 960 490 540 490 960 930 490 540 930 960 980 1580 2040 540 540 540 940 940 540 540 940 940 930 1630 L-L N-G HiL-G 510 910 940 510 940 910 960 940 510 1700 910 960 1620 2020 930 490 930 900 940 930 490 1710 900 960 1670 L-G Hi 840 970 1340 1 840 970 840 1 1340 840 970 1340 1 1620 2190 2720 1010 1160 1010 1310 1290 1010 1160 1290 1310 1490 2410 L-L N-G HiL-G 900 1290 1300 900 1300 1290 1 1300 900 2150 1290 1550 2250 2660 1350 990 1350 1350 1310 1350 990 2140 1350 1540 2390 L-G Hi 1500 2000 1500 L-L N-G HiL-G 1 1500 1500 2000 1500 1500 1500 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 (EQXdim.wmf; EQX-Spec.p65 06/20/03 ZM02-354) www.itvss.com -647-8877 352-799-0713
The Protector Transient Voltage Surge Suppressors Manufactured by Model: Twinax-AB GENERAL SPECIFICATIONS Description In-line, terminal strip connected Twinaxial data line protection device providing Line-Line, (paired) Line- Ground and Shield-Ground protection. Application 1 pair shielded twinaxial data line. Warranty Five Year Free Replacement Manufacturer Qualification ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Connection Method Wire clamping box terminals: Line & Neutral - #18-22 AWG; Ground - #14-6 AWG Enclosure ABS plastic (gray) UL94V-0 Shipping Weight 0.46 kg (1lb) ELECTRICAL & PERFORMANCE SPECIFICATIONS Circuit design Multi-stage hybrid utilizing electrochemical encapsulation technology Data Rate 2.0 Mbits/sec (max.) Frequency Response DC - 20 MHz Maximum Continuous Operating Current 300 ma Response Time 1 nanosecond Series Resistance 5 ohms Protection Modes All Mode: Line-Line (normal mode); Line-Ground, Shield-Ground (common mode) Key Electrical & Performance Specifications ANSI/IEEE C62.41-1991 Maximum Maximum Measured Limiting Voltage Tests Continuous Continuous Peak Test Category Operating Operating Surge B3/C1 C3 Voltages Current Current Approx. Test Impulse Wave Impulse Wave Model (Peak) (ma) (Amps) Capacitance Mode 6,000V, 3,000A 20,000V, 10,000A 15 L-L 20,000 L-L 166 pf L-L L-L 50 60 TWINAX-AB 15 L-G 300 20,000 L-G 177 pf L-G L-G 50 50 65 SHD-G 13,000 SHD-G 10 nf Shd-G SHD-G 180 230 *Measured Limiting (let-through) Voltage Test Environment: Static, positive polarity. All voltages are peak (±10%). Time base = 5µs. L=LINE, G=GROUND, SHD=SHIELD Specifications subject to change. 1998 Innovative Technology, Inc., 15470 Flight Path Dr., Brooksville, FL 34609, USA TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 - http://www.itvss.com, (twinaxab.wmf; TWINAXAB.P65 10/6/98) Page 1 of 1
EXCLUSIVE I.T. 10 YEAR Surge Protective Devices PROTECTOR FREE REPLACEMENT HS-30A Models MECHANICAL SPECIFICATIONS GENERAL SPECIFICATIONS Description: Series or parallel wired, terminal strip connected, Multi-stage Hybrid Active Tracking Network (ATN ) enhanced sine wave tracking surge protective device Application: Dedicated AC power circuits, 30 amps, feeding variable speed drives, process controllers, PLCs, power supplies, micro-processor based loads, CNCs and a wide variety of other mission critical and general purpose individual loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 SECOND EDITION, UL1283 Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 Enclosure: ABS Plastic UL94-5VA Connection: Wire clamping box terminals; minimum 22 AWG (0.34 mm 2 ) wire size maximum 12 AWG (4.0 mm2) wire size Weight: 1 lb (.45 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 F) ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Description: Multi-stage hybrid network utilizing circuit encapsulation and Advanced Surge Path Technology Protection Modes: All Mode: Dedicated (normal mode), Dedicated L-G, N-G (common mode) Input Power Frequency: 0-64 Hz (AC) Response Time: Active < 1 nanosecond Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 3 db 21 db 38 db 36 db 15 db 47 db @ 16 MHz Maximum Continuous Operating Current: 30 Amps rms up to 250 volts Short Circuit Current Rating: 200 ka when protected by Class R, 30 Amp fuses 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 (HS30A.tif; HS30A.p65 06/27/03 ZM02-280) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR HS-30A Models Available Models Peak Surge Current Nominal System Voltage ANSI/IEEE C62.41-1991 Measured Limiting Voltage* A1 Ring Wave 2 kv, 67 A 180 Phs Angle A3 Ring Wave 6 kv, 200 A 90 Phs Angle B3/C1 Impulse Wave 6 kv, 3 ka 90 Phs Angle UL SVR UL 1449-2 Suppressed Voltage Ratings Phase/Mode (AC-Vrms, DC-Vpk) L-G, N-G L-G, N-G L-G, N-G L-G, N-G HS-120-30A HS-250-30A 80 ka/40 ka 80 ka/40 ka 48-150 VAC 48-200 VDC 120-275 VAC 120-300 VDC 30 70, 50 60 90, 50 240 340, 140, 520, 140 430 420, 430 760 790, 770,, *Test environment: Positive polarity. Tested with AC power applied. All units tested at terminals, time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 (HS30A.wmf; HS30A.p65 06/27/03 ZM02-280) www.itvss.com -647-8877 352-799-0713
EXCLUSIVE I.T. 10 YEAR Surge Protective Devices PROTECTOR FREE REPLACEMENT HS-60A Models MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic UL94-5VA Connection: Stud-lugs Weight: 1 lb (.45 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 F) GENERAL SPECIFICATIONS Description: 120 V & 250 V, Series or parallel wired, terminal strip connected, Multi-stage Hybrid Active Tracking Network (ATN ) enhanced sine wave tracking surge protective device Application: Dedicated AC power circuits, 60 amps, feeding variable speed drives, variable frequency drives, process controllers, PLCs, power supplies, microprocessor based loads, CNCs and a wide variety of other mission critical and general purpose individual loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 Second Edition, UL1283 Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Description: Multi-stage hybrid network utilizing circuit encapsulation and Advanced Surge Path Technology Protection Modes: All Mode: Dedicated (normal mode), Dedicated L-G, N-G (common mode) Input Power Frequency: 0-64 Hz (AC) Response Time: Active < 1 nanosecond Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 3 db 20 db 37 db 31 db 17 db 38 db @ 176 khz Maximum Continuous Operating Current: 60 Amps rms up to 250 volts Short Circuit Current Rating: 200 ka when protected by Class R, 60 Amp fuses 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 (HS60A.tif; HS60A.p65 06/27/03 ZM02-283) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR HS-60A Models Available Models Peak Surge Current Nominal System Voltage ANSI/IEEE C62.41-1991 Measured Limiting Voltage* A1 Ring Wave 2 kv, 67 A 180 Phs Angle A3 Ring Wave 6 kv, 200 A 90 Phs Angle B3/C1 Impulse Wave 6 kv, 3 ka 90 Phs Angle UL SVR UL 1449-2 Suppressed Voltage Ratings Phase/Mode (AC-Vrms, DC-Vpk) L-G, N-G L-G, N-G L-G, N-G L-G, N-G HS-120-60A HS-250-60A 80 ka/40 ka 80 ka/40 ka 48-150 VAC 48-200 VDC 120-275 VAC 120-300 VDC 30 70, 40 50 80, 40 240 350, 130, 520, 140 420 450, 430 770 790, 770,, *Test environment: Positive polarity. Tested with AC power applied. All units tested at terminals, time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 (HS60A.wmf; HS60A.p65 06/27/03 ZM02-283) www.itvss.com -647-8877 352-799-0713
EXCLUSIVE I.T. 20 YEAR FREE REPLACEMENT 3.380 [86] Surge Protective Devices PROTECTOR HS-DIN-IP Series GENERAL SPECIFICATIONS Description: 40 ka, parallel wired, terminal strip connected, Multi-stage Hybrid Active Tracking Network (ATN ) surge protective device Application: Dedicated AC power circuits feeding a wide variety of mission critical and general purpose individual loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 SECOND EDITION & cul, UL1283 filter Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 0.250 [6] 0.490 [12] DIMENSIONS IN INCHES[mm] MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic UL94V-0 Connection: Wire clamping box terminals; minimum 22 AWG (0.34 mm 2 ) wire size maximum 12 AWG (4.0 mm2) wire size Weight:.45 kg (1 lb.) Operating Temperature: -40 C (-40 F) to +60 C (+140 F) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: Discrete All Mode /Pos-Neg (normal mode), L-G/Pos-Gnd (common mode) Input Power Frequency: 47-64 Hz (AC) Response Time: < 1 nanosecond Short Circuit Current Capacity: 10 kaic with Class R fuse Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 0 db 11 db 29 db 29 db 14 db 34 db @ 305 khz Model HS-DIN-120 IP HS-DIN-250-IP MCOV 50/60 Hz (U C ) 150 VAC 320 VAC UL 1449-2 Suppressed Voltage Ratings L-G, N-G, 900, ANSI/IEEE C62.41-1991 Measured Limiting Voltage* (All results peak +/- 10%) PTE Models A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G, N-G 60 120, 60 60 120, 70 PTE Models A1 Ring Wave 2 kv, 67 A 90 Phs Angle L-G, N-G 230 290, 60, 450, 60 All Models B3/C1 Impulse 6 kv, 3 ka 90 Phs Angle L-G, N-G 490 530, 490 980 1070, 1040 *Test environment: All units tested at terminals. Time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1. 15 ka IEC 61643-1 Parameters I n I max U p Class 40 ka < 2/3 15 ka 40 ka < 2/3 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (HSDINInt-Dim.wmf; HSDIN-IP-Spec.p65 05/14/03 ZM02-278) www.itvss.com - -647-TVSS 352-799-0713
EXCLUSIVE I.T. 10 YEAR FREE REPLACEMENT Surge Protective Devices PROTECTOR HS-DIN Series GENERAL SPECIFICATIONS Description: Series or parallel wired, terminal strip connected, Multi-stage Hybrid Active Tracking Network (ATN ) surge protective device Application: Dedicated AC power circuits operating at 5-250 VAC/5-300 VDC, 10 Amps, feeding variable speed drives, variable frequency drives, process controllers, PLCs, power supplies, micro-processor based loads, CNCs and a wide variety of other mission critical and general purpose individual loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 SECOND EDITION & cul, UL1283 filter Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 ELECTRICAL/PERFORMANCE SPECIFICATIONS MECHANICAL SPECIFICATIONS Enclosure: Polyamide, Nylon 6,6 UL94V-0 Connection: Wire clamping box terminals; 24 AWG (.25 mm 2 ) wire size 12 AWG (4 mm 2 ) wire size Weight:.45 kg (1 lb.) Operating Temperature: -40 C (-40 F) to +60 C (+140 F) Protection Modes: Discrete All Mode /Pos-Neg (normal mode), L-G/Pos-Gnd and N-G/Neg-Gnd (common mode) Input Power Frequency: 0-64 Hz (AC) Response Time: < 1 nanosecond Maximum Continuous Operating Current: 10 Amps Short Circuit Current Capacity: 10 kaic with Class R fuse 1 khz 10 khz Maximum EMI/RFI Attenuation Mil-Std-220 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 0 db 11 db 29 db 30 db 22 db 41 db @ 14 MHz Available Models HS-DIN-24+ HS-DIN-48+ HS-DIN-120 HS-DIN-250 Peak Surge Current 25 ka 25kA 40 ka 40 ka MCOV 30 VAC 38 VDC 50 VAC 65VDC 150 VAC 200 VDC 320 VAC 300 VDC ANSI/IEEE C62.41-1991 Measured Limiting Voltage* A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G, N-G 60 80, 70 60 120, 70 70 120, 70 70 120, 60 A1 Ring Wave 2 kv, 67 A 90 Phs Angle L-G, N-G 60 80, 70 60, 120, 70 220, 280, 70 450, 60 B3/C1 Impulse Wave 6 kv, 3 ka 90 Phs Angle L-G, N-G 150 170, 170 200 220, 210 460 530, 510 940 1040, 1010 UL SVR UL 1449-2 Suppressed Voltage Ratings L-G, N-G, 900 900, 900 *Test environment: all units tested at terminals, time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1. +Static test only, phase angle does not apply. N/A N/A 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (HSDIN-Dim.wmf; HSDIN.p65 06/27/03 ZM02-279) www.itvss.com -647-8877 352-799-0713
EXCLUSIVE I.T. 10 YEAR FREE REPLACEMENT MECHANICAL SPECIFICATIONS Surge Protective Devices PROTECTOR Peak Surge Current: 80 ka per phase; 40 ka per mode Description: Series wired, terminal strip connected, Multi-stage hybrid Active Tracking Network (ATN ) sine wave tracking surge protective device with remote alarm capability and 2 pair (RJ14) telecommunication circuit protection Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 Second Edition, UL1283, Telecommunications circuit UL497A, CSA Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 Enclosure: ABS Plastic UL94-5VA Connection: Wire clamping box terminals on 30 Amp models; Stud-lugs on 60 Amp models Weight: 2 lb (9 kg); 60 Amp models 3 lb (1.5 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS GENERAL SPECIFICATIONS Application: Dedicated 120 or 250 Vrms 1φ AC power circuits operating at 30 Amps or 60 Amps, feeding variable frequency drives, process controllers, PLCs, power supplies, micro-processor based loads, CNCs & a wide variety of other mission critical & general purpose loads Protection Modes: All mode: (normal mode), L-G, N-G (common mode) Input Power Frequency: 47-64 Hz (AC) Response Time: AC Active <1 nanosecond 1 khz 3.0 db 10 khz 21 db HS-P-SP Models Maximum EMI/RFI Attenuation Mil-Std-220 100 khz 38 db 1 MHz 36 db 10 MHz 15 db Maximum Attenuation Frequency 47 db @ 16 MHz Maximum Continuous Operating Current: 30 Amps or 0 Amps Diagnostics: AC only, Form C (N/O, N/C) Dry Relay (Volt Free) contacts rated at 1 Amp @ 30 VDC,.5 Amp @ 125 VAC Short Circuit Current Rating: 200 kaic with 30 Amp or 60 Amp Class R Fuse TELECOM ELECTRICAL/PERFORMANCE SPECIFICATIONS Application: Modular jacks are: RJ11 (1 pair) or RJ14 (2pair). Compatible with standard voice grade lines including ISDN Protection Modes: All mode: Normal/Transverse tip to ring, Common/Longitudinal tip to ring & ring to ground Frequency Range: 0-16 MHz Series Resistance: 10 ohms Data Rate: 1.6 Mbps UL Listing: UL497A Continuous Current Maximum: 100 ma Pairs Protected: (1-4) (203) Response Time: 1 nanosecond EMI/RFI Attenuation: 3 db point 17 MHz, max attenuation 39 db @ 38 MHz Maximum Continuous Operating Voltage: 127 Vrms tip to ring, tip & ring to ground 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 (HSPSP.tif; HSPSP-Spec.p65 07/03/03 ZM02-353) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR HS-P-SP Models ANSI/IEEE C62.41-1991 Measured Limiting Voltage* UL SVR Available Models Maximum Continuous Operating Voltage (Vrms) A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G, N-G A1 Ring Wave 2 kv, 67 A 90 Phs Angle L-G, N-G B3/C1 Impulse Wave 6 kv, 3 ka 90 Phs Angle L-G, N-G C3 Impulse Wave 20 kv, 10 ka 90 Phs Angle L-G, N-G UL 1449-2 Suppressed Voltage Ratings L-G, N-G HS-P-SP-120-30-RJ HS-P-SP-250-30-RJ HS-P-SP-120-60-RJ HS-P-SP-250-60-RJ 150 150, 150 275 275, 275 150 150, 150 275 275, 275 30 70, 50 60 90, 50 30 80, 40 20 50, 40 200 240, 50 350, 50 190 240, 50 370, 50 430 420, 430 760 790, 770 420 450, 430 770 820, 780 500 550, 540 860 880, 890 520 660, 560 890 1000, 950 *Test environment: Positive polarity. Tested with AC power applied. All units tested at terminals, time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1.,,,, Telecom Maximum Continuous Operating Voltage (Vrms) 500 V 25 ohm L-G L-L IEC 801-5 10 x 700 µs Telecommunications Wave Form* 1000 V 25 ohm L-G L-L 2000 V 25 ohm L-G L-L 0 V 25 ohm L-G L-L RJ-14 127 V 170 170 170 170 170 170 170 170 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 (HSPSP-Dim.wmf; HSPSP.p65 07/03/03 ZM02-353) www.itvss.com -647-8877 352-799-0713
IS-016 DIAGRAM 15470 Flight Path Drive Brooksville, Florida 34604 USA The Protector surge suppression leader...by design Installation Instructions for: HS-P-SP-120-30A-RJ HS-P-SP-250-30A-RJ Optional WIRING DIAGRAM GND LINE NEU / HOT 2 LINE SIDE HOT 1 Circuit Breaker or Fuse HS-P-SP PROTECTED EQUIPMENT SIDE Neutral Out Line Out AC Hot Bus Cabinet Power If two hots are used a second circuit interrupt device is required. WARNING: NOTICE: HAZARDOUS VOLTAGES PRESENT. Improper installation or misapplication may result in serious injury to the installer and/or damage to the electrical system or related equipment. Read all instructions before beginning installation. Protective eyewear should be used whenever working around hazardous voltages. All instructions and measurements MUST be completed by a licensed electrician in accordance with the National Electrical Code, state and local codes. The National Electrical Code and state and local requirements supersede this instruction. BEFORE INSTALLATION: STEP A: Verify system voltages do not exceed maximum suggested operating limits shown in table. All voltage and current measurements should be completed with RMS meter. DO NOT INSTALL SUPPRESSOR IF MEASURED VOLTAGE EXCEEDS MAXIMUM SUGGESTED OPERATING LIMITS. *NOTE: Table of Maximum Suggested Operating Limits Power Protection Data Protection Model Line to Line to Neutral Maximum Pins Peak Max. Continuous Maximum Number Neu/Hot2 Ground to Ground* All Modes Voltage Operating Data (VRMS) (VRMS) (VRMS) (@ 60 Hz) Amps L-L, L-G Current (ma) Rate (Mbps) HS-P-SP-120-30A-RJ 144 144 144 30 1-4, 2-3 134 100 1 HS-P-SP-250-30A-RJ 259 259 259 If Neutral to Ground voltage is greater than 5 VAC then a problem may exist in electrical system. Suppressor may be installed; however, a qualified person should be consulted to correct problem. Page 1 of 2
IS-016 STEP B: Choose suppressor installation location so that maximum separation can be maintained between input leads, output leads and ground leads. Suppressor must be mounted within enclosure to assure personnel safety from exposed terminals. SUPPRESSOR MUST BE CONNECTED TO ELECTRICAL SYSTEM VIA ONE OF THE FOLLOWING CIRCUIT INTERRUPT DEVICES: 1-Single Pole/Single Throw, 30 Amp circuit breaker(s). NOTE: Pre-existing breaker(s) of rated load size may be utilized if provisions for multi-conductor connections are made according to N.E.C. 110-14A. 1-Class RK5 fuse(s) (such as Bussmann FRN-R-30 for less than 250 VAC or FRS-R-30 for voltages greater than 250 VAC) If Neutral wire is to be utilized as HOT 2 then circuit interrupt should be provided for that phase. NOTE: Suppressor is equipped with two sets of contacts. One set (labeled N/O) is normally open and the other set (labeled N/C) is normally closed with power applied. These contacts are rated at 0.5 Amps at 125 VAC or 1.0 Amps at 30 VDC. These connections are to be used for alarm hook up. INSTALLATION INSTRUCTIONS: STEP 1: REMOVE POWER FROM ELECTRICAL SYSTEM BEFORE INSTALLING SUPPRESSOR. STEP 2: STEP 3: Mechanically mount suppressor: Mount suppressor via mounting brackets. Suppressor should be mounted to allow maximum separation between input and output wiring. Suppressor contains no position-oriented components and can be mounted upside down or sideways. Suppressor should be placed in electrical circuit so that it is last device in circuit before equipment to be protected. Mounting feet adaptable to DIN Rail systems DIN EN 50022, DIN EN 50035 and DIN EN 50045 are available through Innovative Technology, Inc. Order Desk and can be ordered as option (order Part # E0234). To install, attach mounting foot to suppressor brackets using holes and provided screws. Slide suppressor in slot and let stud go through hole. Make certain LED is visible. Tighten lockwasher and nut. Push mounting foot onto DIN rail. Wire suppressor into electrical system: Connect incoming system GROUND wire to terminal labeled "GND" on unprotected end (labeled "LINE"). Connect load side GROUND wire to terminal labeled "GND" on protected end (labeled "EQUIPMENT"). Connect incoming system NEUTRAL or second phase wire to terminal labeled "NEU/HOT2" on unprotected end (labeled as "LINE") side. Connect load side NEUTRAL or second phase wire to terminal labeled "NEU/HOT2" on protected end (labeled as "EQUIPMENT"). Connect incoming system PHASE wire to terminal labeled "HOT1" on unprotected end (labeled "LINE"). Connect load side PHASE wire to terminal labeled as "HOT1" on protected end (labeled "EQUIPMENT"). Connect ALARM leads to Normally Open (N/O) or Normally Closed (N/C) terminals as required. NOTE: For ungrounded or isolated control transformer secondary, DO NOT CONNECT Ground terminal on either LINE or EQUIPMENT side. STEP 4: Connect telephone line protection: Assemble RJ-14 modular plugs to "LINE" and "EQUIPMENT" telephone cables. Connect circuits as follows: Circuit 1 = Pins 2 and 3; Circuit 2 = Pins 1 and 4. Insert modular plugs into "LINE" and "EQUIPMENT" modular jacks. Assure that telephone circuits are operational. STEP 5: Apply power to system. Indicator light(s) should glow and alarm contacts should move to normal state. If light(s) do(es) not glow, remove power and contact supplier. 2001 Innovative Technology, Inc., 1--647-TVSS (8877), HSPSP30.P65, (hspsp30.wmf), 3/6/01 Page 2 of 2
EXCLUSIVE I.T. 10 YEAR Surge Protective Devices PROTECTOR FREE REPLACEMENT HS Models MECHANICAL SPECIFICATIONS Description: Series or parallel wired, terminal strip connected, Multi-stage hybrid Active Tracking Network (ATN ) sine wave tracking surge protective device Application: Dedicated AC and DC power circuits operating at 5-275 VAC/5-300 VCD, 10 Amps, feeding variable speed drives, variable frequency drives, process controllers, PLCs, power supplies, micro-processor based loads, CNCs and a wide variety of other mission critical and general purpose loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 Second Edition (certain models, see table other side), UL1283 filter, CSA Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 Enclosure: ABS Plastic UL94-5VA Connection: Wire clamping box terminals; Minimum 22 AWG (0,34 mm 2 ) wire size Maximum 12 AWG (4,0 mm 2 ) wire size Weight: 1 lb (0.45 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS GENERAL SPECIFICATIONS Protection Modes: All mode: Dedicated (normal mode), Dedicated L-G, N-G (common mode) Input Power Frequency: 0-64 Hz (AC) Response Time: Active <1 nanosecond Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 0 db 10 db 29 db 31 db 12 db 33 db @ 80 MHz Maximum Continuous Operating Current: 10 Amps rms up to 250 volts Short Circuit Current Rating: 200 kaic when protected by Class R, 10 Amp fuse 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 (HSsgl.tif; HS.p65 07/03/03 ZM02-352) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR Available Models **HS-24-10A **HS-48-10A HS-120-10A HS-250-10A Peak Surge Current 25 ka 25 ka 40 ka 40 ka Nominal System Voltage (AC-Vrms,DC-Vpk) 5-30 VAC 5-38 VDC 24-50 VAC 24-65VDC 48-150 VAC 48-200 VDC 120-275 VAC 120-300 VDC ANSI/IEEE C62.41-1991 Measured Limiting Voltage* A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G, N-G 70 100, 80 80 130, 80 80 150, 80 80 140, 80 A3 Ring Wave 6 kv, 200 A 90 Phs Angle L-G, N-G 120 150, 120 140 170, 150 350, 230 530 690, 230 B3/C1 Impulse Wave 6 kv, 3 ka 90 Phs Angle L-G, N-G 170 210, 220 190 230, 220 480 560, 540 830 940, 890 UL SVR UL 1449-2 Suppressed Voltage Ratings L-G, N-G,, *Test environment: Positive polarity. HS-24-10A & HS-48-10A tested static, others tested with AC power applied. All units tested at terminals, time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1. **Underwriters Laboratories (UL ) does not list TVSS products designed to operate below 120 Vrms, static test only, phase angle does not apply. **N/A **N/A 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 (HS10-Dim.wmf; HS.p65 07/03/03 ZM02-352) www.itvss.com -647-8877 352-799-0713
EXCLUSIVE I.T. 10 YEAR FREE REPLACEMENT Surge Protective Devices PROTECTOR HT Models GENERAL SPECIFICATIONS Description: Series or parallel wired, terminal strip connected, Threshold Suppression Network (TSN) transient suppression device Application: Dedicated AC and DC power circuits operating at 5-275 VAC/5-300 VCD, 30 Amps, feeding general purpose loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 SECOND EDITION & cul, UL1283 filter, CSA Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic UL94-5VA Connection: Wire clamping box terminals Weight: 1 lb (0.45 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS Maximum Continuous Operating Current: 30 Amps Input Power Frequency: 0- Hz (AC) Response Time: 1 nanosecond Protection Modes: All mode: /Pos-Neg (normal mode), L-G/Pos-Gnd (common mode) Circuit Diagnostics: LED indicator, normally on Short Circuit Current Rating: 200 kaic with 30 Amp Class R fuse Maximum EMI/RFI Attenuation Mil-Std-220 1 khz 10 khz 100 khz 1 MHz 10 MHz Maximum Attenuation Frequency 0 db 0 db 5 db 25 db 14 db 53 db @ 2.8 MHz Available Models HT-24-30A+ HT-48-30A+ HT-120-30A HT-250-30A+ Peak Surge Current 30 ka 30 ka 80 ka 80 ka Nominal System Voltage 5-30 VAC 5-38 VDC 24-50 VAC 24-65VDC 48-150 VAC 48-200 VDC 120-275 VAC 120-300 VDC A1 Ring Wave 2 kv, 67 A 180 Phs Angle L-G, N-G 100 100, 110 140 130, 140 330 330, 350 650 650, 630 ANSI/IEEE C62.41-1991 Measured Limiting Voltage* A1 Ring Wave 2 kv, 67 A 90 Phs Angle L-G, N-G 100 100, 110 140 130, 140 350 350, 350 630 610, 600 A3 Ring Wave 6 kv, 200 A 90 Phs Angle L-G, N-G 150 150, 180 180 170, 160 380 360, 380 770 700, 680 B3/C1 Impulse Wave 6 kv, 3 ka 90 Phs Angle L-G, N-G 150 160, 170 200 190, 170 430, 420 790 780, 770 UL SVR UL 1449-2 Suppressed Voltage Ratings L-G, N-G,, *Test environment: Positive polarity. HT-24-30A & HT-48-30A tested static, others tested with AC power applied. All units tested at terminals, time base = 1 ms. All measurements referenced from zero volts per NEMA LS-1. +Static test only, phase angle does not apply **Underwriters Laboratories (UL ) does not list TVSS products designed to operate below 120 Vrms. **N/A **N/A 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (HT-Dim.wmf; HT.p65 07/03/03 ZM02-351) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices Manufactured by Innovative Technology, Inc. MDF 6-ISDN MDF 25-ISDN GENERAL SPECIFICATIONS Description: Telecommunication line Transient Voltage Surge Suppression devices Application: Standard 3002/C2 unconditioned voice grade lines, fax, modem and ISDN lines. Warranty: Five Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Series wired, parallel configured low capacitance signal path Threshold Suppression Network (TSN) utilizing circuit encapsulation and Advanced Surge Path Technology Connection/Interface: Lines: Standard punch down block terminals #22-#26 AWG (0.3-0.13mm 2 ) Ground: 10/32 lug with wire clamping box terminal #6 - #12 AWG (13.3-3.3mm 2 ) Data Rate: Up to 100kbps Protection Modes: All modes. Normal mode: tip-ring, Common mode: tip-ground and ring-ground Response Time: 1 nanosecond Maximum Continuous Operating Voltage: 130Vrms (183Vpk) tip-ring, tip-ground and ring-ground Peak Surge Current: 19,500 amps per pair ANSI/IEEE C62.41-1991 Measured Limiting Voltage Test* Test Category B3/C1 Impulse Wave 6,000V, 3,000A 350 L-G 350 *Measured Limiting (Let-Through) Voltage Test Environment: Static, Positive polarity. All voltages are peak (±10%), Time base = 1ms. MDF 6-ISDN MECHANICAL SPECIFICATIONS Enclosure: Metal bottom section with ABS plastic terminal housing upper half Mounting: Multi-point mounting feet. Shipping Weight: MDF 6 0.9 kg (2 lbs.), MDF 25 2.2 kg (5 lbs.) MDF 25-ISDN 15470 Flight Path Dr., Brooksville, FL 34609, USA - http://www.itvss.com TEL () 647-TVSS, (352) 799-0713 - FAX (352) 796-0316 1999 Specification subject to change (mdf6;mdf25.eps; ISDNMDF.P65 12/8/99) Page 1 of 1 ZM02-265
Surge Protective Devices PROTECTOR MDF-ISDN Models GENERAL SPECIFICATIONS MDF6-ISDN MDF25-ISDN Description: Telecommunication line Transient Voltage Surge Suppression devices. Application: Standard 3002/C2 unconditioned voice grade lines, fax, modem and ISDN lines. Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Metal bottom section with ABS plastic terminal housing upper half Connection: Lines: Standard punch down block terminal #22- #26 AWG (0.3-0.13 mm2) Ground: 10/32 lug with wire clamping box terminal #6-#12 AWG (13.3-3.3 mm2) Weight: MDF 6 0.5 lb (0.9 kg), MDF 25 5 lbs (2.2 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Series wired, parallel configured low capacitance signal path Data Rate: Up to 100 kbps Protection Modes: All Modes Normal mode: tip-ring, Common mode: tip-ground and ring-ground Response Time: 1 nanosecond Maximum Continuous Operating Current: 130 Vrms (183 Vpk) tip-ring, tip-ground and ring-ground Peak Surge Current: 30 ka per pair; 10 ka per line Test Mode L-G L-L IEC 10 x 700 µs Impulse* 500 V 1 kv 2 kv 286 285 299 299 311 310 *Test environment: static, positive polarity. All voltages are peak (±10%), time base = 1 ms. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (MDFISDN-Spec.p65 07/07/03 ZM02-265) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR ITC-CAT5e-RK Model GENERAL SPECIFICATIONS Description: 16 Line Category 5e local area network transient voltage surge suppression device; 100- Base Tx, 10-Base T Application: TIA/EIA-568-A-5 (Category 5e) Local Area Networks; Ethernet Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Rack mount (19 inch); 2 RU height; Matte Black finish Connection: Lines: Cat5e RJ45-modular jack connectors; Ground: 16 gauge steel, 3 mounting methods; Ground lug (#6-#14 wire) Weight: 2.2 lbs (1.0 kg) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: All 8 pins protected Frequency Range: 250 MHz Maximum Data Rate: 100 Mbps Response Time: 1 nanosecond Maximum Continuous Operating Voltage: 13 V Line, 26 V Line-Line NEXT: 51.3 db min. @ 100 MHz PSNEXT: 43 db min. @ 100 MHz ELFEXT: 41 db min. @ 100 MHz PS-ELFEXT: 41 db min. @ 100 MHz Return Loss: 14 db min. @ 100 MHz Attenuation: 2.1 db max. @ 100 MHz Delay Skew: 1 ns/100 m; max. @ 100 MHz Propagation Delay: 18 ns/100 m; max. @ 100 MHz Equivalent Wire Length: 12 feet (3.66 m) Maximum Current: 1 Amp @ 25 C ACR: 77 db @ 100 MHz PS-ACR: 69 db @ 100 MHz 17.00 [433] 5.00 [127] RECESSED RACK MOUNT BRACKET POSITION FLUSH MOUNT BRACKET POSITION Spare Line-Modules: Available in packets of two Part No. 900-0001 CCITT Rec. K17 Measured Limiting Voltage SURFACE MOUNT BRACKET POSITION DIMENSIONS ARE IN INCHES[mm] Mode Line-Ground Line-Line 10/700 us Impulse 1 kv 16 34 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (ITC-Cat5e-RK.wmf; ITC-Cat5e-RK-Spec.p65 06/05/03 ZM02-269) www.itvss.com - -647-TVSS 352-799-0713
Surge Protective Devices PROTECTOR ITC-CAT5e Model GENERAL SPECIFICATIONS Description: Category 5e local area network transient voltage surge suppression device; 100-Base Tx, 10-Base T Application: TIA/EIA-568-A-5 (Category 5e) Local Area Networks Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833, CE MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic UL94V-0 Connection: Lines: Cat5e RJ45-modular jack connectors; Ground: 6 in. (15,40 cm) long braided cable with #6 ring terminal Weight: 0.1 lb (0.05 kg) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: All 8 pins protected Frequency Range: 250 MHz Maximum Data Rate: 100 Mbps Response Time: 1 nanosecond Maximum Continuous Operating Voltage: 13 V Line, 26 V Line-Line NEXT: 51.3 db min. @ 100 MHz PSNEXT: 43 db min. @ 100 MHz ELFEXT: 41 db min. @ 100 MHz PS-ELFEXT: 41 db min. @ 100 MHz Return Loss: 14 db min. @ 100 MHz Attenuation: 2.1 db max. @ 100 MHz Delay Skew: 1 ns/100 m; max. @ 100 MHz Propagation Delay: 18 ns/100 m; max. @ 100 MHz Equivalent Wire Length: 12 feet (3.66 m) Maximum Current: 1 Amp @ 25 C ACR: 77 db @ 100 MHz PS-ACR: 69 db @ 100 MHz CCITT Rec. K17 Measured Limiting Voltage Mode Line-Ground Line-Line 10/700 us Impulse 1 kv 16 34 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (ITC-Cat5e.wmf; ITC-Cat5e-Spec.p65 06/05/03 ZM02-270) www.itvss.com - -647-TVSS 352-799-0713
Surge Protective Devices PROTECTOR ITC-RJ14-ISDN ITC-12T-ISDN ITC-6T-ISDN GENERAL SPECIFICATIONS Description: Telecommunication line transient voltage surge suppression devices. Application: Standard 3002/C2 unconditioned voice grade lines, fax, modem and ISDN lines. Warranty: Five -Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic UL94V-0 with integral multi-point mounting feet. Connection: Lines: 4T, 6T 12T-wire clamping box terminal strips, #14 (2,5 mm2) wire max. RJ14-modular jack connectors. Ground: 10/32 lug with wire clamping box terminal #6 - #12 AWG (16-4 mm2) Weight: RJ14 0,22 kg (0.5 lbs.): 4T, 6T 12T 0,45 kg (1 lb.) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: All Modes. Normal mode: tip-ring, common mode: tip-ground and ring-ground Data Rate: Up to 200 kbps Response Time: 1 nanosecond EMI/RFI Attenuation: Up to 46 db normal mode, up to 51 db common mode Maximum Continuous Operating Voltage: 130 Vrms (183 Vpk) tip-ring, tip-ground and ring-ground Peak Surge Current: 30 ka per pair, 10 ka per mode Maximum Current: RJ14: 1 Amp @ 25 C, 4T/6T/12T: 2.5 Amp ITC-4T-ISDN ITC-ISDN Models Mode IEC 10 x 700 µs Impulse* T-G or L-G R-G or L-G T-R or L-L 300 300 300 *Test environment: static, positive polarity. All voltages are peak (±10%), time base = 1 ms. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (ITCISDN-Spec.p65 07/07/03 ZM02-271) www.itvss.com -647-8877 352-799-0713
GENERAL SPECIFICATIONS Surge Protective Devices PROTECTOR OEM Models Description: Series configured, terminal strip or hardwire connected, Surge Protective Devices Application: 4-20 ma current loops, signal lines and low speed data lines feeding transducers, flow meters, leak detectors and similar field sensor applications Warranty: Five Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic, UL94V-0 Connection: Lines: wire clamping box terminal strips Ground: lug with wire clamping box terminal Weight:.45 kg (1 lb.) Operating Temperature: -40 C (-40 F) to +60 C (140 F) Dimensions are in mm[inches] optional mounting feet shown (F-suffix) OEM-D33TW Series Mounting hole diameter 5[0.1875] Dimensions in mm[inches] OEM-D22TX Series Options: F suffix denotes enclosure with integral mounting feet. DIN rail mounting kit is available. ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Encapsulated, series configuration, multi-stage Protection Modes: L-L (normal mode), L-G (common mode) Input Power Frequency: DC 2 MHz Response Time: 1 nanosecond EMI/RFI Attenuation: Up to 46 db normal mode, up to 51 db common mode Peak Surge Current: 20 ka per mode Maximum Continuous Operating Current: 430 ma Data Rate: Up to 200 kbps Capacitance: L-L, L-G 2.5 nf Series Resistance: 10 Ohms/line ANSI/IEEE C62.41-1991 Measured Limiting Voltage IEC 801-5A Model B3/C1 Impulse Test MCOV Impulse Wave Mode (VPK)** Wave 10 x 700 AC/DC 6 kv, 3 ka 2kV OEM-D22TX-5D-L OEM-D22TX-5D-LF OEM-D22TX-24D-L OEM-D22TX-24D-LF OEM-D22TX-48D-L OEM-D22TX-48D-LF L-G L-L L-G L-L L-G L-L 7.5 7.5 30 30 55 55 23 23 40 40 70 70 8 8 34 40 61 62 OEM-D33TW-24D L-G 30 40 34 L-L 30 40 40 **Note: All lines must be positive with respect to ground. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 2 (OEM-Spec.p65 07/09/03 ZM02-315) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR Conduit Mounted Models GENERAL SPECIFICATIONS Description: Conduit mounted, Surge Protective Devices in parallel or in-line configurations, packaged in 316 stainless steel Application: 4-20 ma current loops, signal lines and low speed data lines feeding transducers, flow meters, water level monitors, control circuits and a variety of similar field sensor, OEM and signal applications Warranty: Five Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: Type 316L ½ (12.7mm) diameter stainless steel conduit pipe and cap models with NPT threads Connection: #18 AWG (0.8 mm2 ) tinned copper wire Weight:.45 kg (1 lb.) Operating Temperature: -40 C (-40 F) to +60 C (140 F) ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: multi-stage, encapsulated, series configuration Protection Modes: L-L (normal mode), L-G (common mode) Input Power Frequency: DC 2 MHz Data Rate: Up to 200 kbps Response Time: 1 nanosecond per conductor Maximum Continuous Operating Current: 300 ma Peak Surge Current: 10 ka per mode Series Resistance: 20 Ohms/line ANSI/IEEE C62.41-1991 Measured Limiting Voltage Model OEM-D24-6, 6C OEM-D48-6, 6C Test Mode AC/DC L-G L-G Maximum Continuous Operating Voltage (Vpk) 30 30 70 70 B3/C1 Impulse Wave 6 kv, 3 ka 50 60 70 70 *Measured Limiting (Let-Through) Voltage Test Environment: Static, positive polarity. All voltages are peak (±10%). 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 2 of 2 (OEM-Spec.p65 07/09/03 ZM02-315) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR RS232-DB25 MALE END GENERAL SPECIFICATIONS 56[2.20] FEMALE END 64[2.50] DIMENSIONS ARE IN MM[INCHES] 17[0.64] Description: Data and Signal Line Surge Suppression Device Application: Data and signal lines utilizing DB25 interface and operating at up to 300 Kbps Warranty: Five Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic, UL94-5VA rated Interface: Male DB25 (input or output); Female DB25 (input or output); Bi-directional suppression; Pin configuration pins 1-8 & 20 used, 7 is ground and 1 is shield Connection: Integral mounting screws Weight: 0.12 kg (0.25 lbs.) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: L-G Input Power Frequency: DC 3.5 MHz Data Rate: Up to 300 kbps Response Time: 1 nanosecond Maximum Continuous Operating Current: 300 ma Operating Voltage: 12 Vrms, 15 Vpk Model Number RS232-DB25 *NOTE: Protected Pins * 1-8, 20 7 is GRND 1 is SHLD Table of Maximum Suggested Operating Limits Peak Voltage Peak Voltage Line to Ground Peak Voltage Shield to Ground Maximum Continuous Operating Current (ma) All other pin connectors are not electrically continuous from the female connector to the male connector. The unit is bi-directional, either the male or female connector can be used as the input or the output. Maximum Data Rate (Mbps) 20 V 20 V 20 V 300 ma 300 kbps 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (DB25dim.eps, RS232DB25-Spec.p65 07/08/03 ZM02-383) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR TC-4S-15, 4S-33, 4S-53, 4S-140 TC-8S-15, 8S-33, 8S-53, 8S-140 GENERAL SPECIFICATIONS Description: Data, Telecom and Signal Line Surge Suppression Device with 4 or 8 position terminal strip/ hardwire interface and data rates up to 2 Mbps Application: ISDN lines, Voice grade lines; Fax lines; Modem lines Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 Designed To: UL497A standards MECHANICAL SPECIFICATIONS Enclosure: ABS plastic, UL94-5VA rated Connection: Signal input hardwire/terminal strip; Signal output hardwire/terminal strip; Up to 4 pair and shield protected (paired protection); Ground screw terminal for single unit installation or grounding bus for multi-unit installation Weight: 0.5 lb (0.25 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) DIMENSIONS ARE IN MM[INCHES] ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Advanced Surge Path Technology utilizing ultra low insertion loss signal paths and low impedance parallel surge paths Maximum Data Rate: 150 kbps (15 V) to 2 Mbps (140 V) Protection Modes: L-L, L-G, Shd-G Response Time: 1 nanosecond Maximum Continuous Operating Current: 150 ma Models 4S-15 & 8S-15 4S-33 & 8S-33 4S-53 & 8S-53 4S-140 & 8S-140 Maximum Data Rate 150 kbps 200 kbps 700 kbps 2 Mbps IEC 10 x 700 µs Impulse 500 V L-G, L-L 1 kv L-G, L-L 2 kv L-G, L-L 50, 50 80, 80 110, 110 290, 270 50, 50 80, 80 120, 120 310, 290 60, 60 90, 90 130, 120 330, 310 MCOV DC 22 38 66 175 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (TCdim.wmf, TC4-8-Spec.p65 07/09/03 ZM02-382) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR COAX Models GENERAL SPECIFICATIONS Description: Coaxial connected Surge Protective Device Application: LANs operating Thin Ethernet/ThinNet (10Base2), Token Ring (802.5), CCTV, cable TV, RF receivers, satellite receivers and a wide variety of similar coaxial connected data and signal transfer circuits Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MIL-STD-220A IEEE-STD- C62.36-1994 MECHANICAL SPECIFICATIONS Dimensions are in mm[inches] COAX-F & COAX-BNC Models Enclosure: ABS Plastic UL94V-0 (all models) Connection: Input Female BNC 1ea (BNC model); Female F 1ea (F model); Female BNC 2ea (BNC-2 model) Output Female BNC 1ea (BNC model); Female F 1ea (F model); Female BNC 2ea (BNC-2 model) Ground Wire clamping box terminals (all models) Weight: 1 lb (.45 kg) (all models) Operating Temperature: -40 F(-40 C) to +176 F(+80 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Low capacitance, multi-stage hybrid design Protection Modes: L-G, Shd-G Frequency Range: DC 1.5 GHz Response Time: 1 nanosecond Data Rate: Up to 150 Mbps Maximum Continuous Operating Current: 560 ma Insertion Loss: <3 db from DC 1.5 GHz Characteristic Impedance: (all models) 75 Ω Model Peak Surge Current Maximum Continuous Operating Voltage (Vpk) IEC 10 X 700 µs Impulse 500 V 1 kv L-G, Shd-G L-G, Shd-G COAX-BNC-1.5 GHz COAX-F-1.5 GHz COAX-BNC-1.5 GHz-2 10 ka 26 L-G 34, 96 (Vpk) 39, 102 (Vpk) COAX-BNC-2 Model 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (Coaxbnc.wmf, Coaxfbnc.wmf COAX-Spec.p65 07/07/03 ZM02-306) www.itvss.com -647-8877 352-799-0713
EXCLUSIVE I.T. 10 YEAR FREE REPLACEMENT Surge Protective Devices PROTECTOR IT-RSS GENERAL SPECIFICATIONS Description: Parallel configured, hard wire connected, 40 ka per phase, 80 ka total peak surge current capacity, Transient Voltage Surge Suppression Device Application: Office and residential service entrance locations feeding various types of loads Warranty: Ten-Year Free Replacement Unit Listings: Recognized components under UL1449 SECOND EDITION & cul Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 ELECTRICAL/PERFORMANCE SPECIFICATIONS MECHANICAL SPECIFICATIONS Enclosure: Aluminum, NEMA 4 (IP66) weatherproof enclosure (meets and exceeds NEMA 12, 13 and 3R ratings) Connection: #10 stranded wire Weight: 5 lbs (2.2 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) Circuit Design: Bi-directional, internally fused, parallel configured Threshold Suppression Network (TSN) Input Power Frequency: 50-420 Hz (60 Hz nominal) Response Time: 1 nanosecond EMI/RFI Attenuation: Up to 38 db normal mode, up to 41 db common mode Protection Modes: All Mode: L-L (normal mode), L-G (common mode) Circuit Diagnostics: Super-bright LED indicator, normally on Short Circuit Current Rating: 200 kaic using 30 Amp Class R fuses (not provided) Model System Config Nominal System Voltage ANSI/IEEE C62.41-1991 Measured Limiting Voltage* B3/C1 Impulse 6 kv, 3 ka 90 Phase Angle UL SVR UL 1449-2 Suppressed Voltage Ratings L-G IT-RSS Split φ 100/200, 110/220, 2w+grnd 120/240, 127/254 550 950 L-L L-G L-L *Test environment: All modes tested dynamic positive polarity. Time base = 1 ms. All voltages are peak (±10%), time base = 1 ms./div., voltages are measured from zero crossing. All tests performed with 6 (152.4 mm) lead length, simulating actual installation. Flush Mount Plate available: ZPLATE-10 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (ITRSS-Dim.wmf; ITRSS.p65 06/24/03 ZM02-370) www.itvss.com -647-8877 352-799-0713
IS-013 15470 Flight Path Drive Brooksville, Florida 34604 USA Transient Voltage Surge Suppressors Installation Instructions for: IT-RSS Models SCHEMATIC FOR SUPPRESSOR SCHEMATIC FOR SECONDARY SURGE ARRESTOR SECONDARY SURGE ARRESTOR WARNING: NOTICE: HAZARDOUS VOLTAGES PRESENT. Improper installation or misapplication may result in serious injury to installer and/or damage to electrical system or related equipment. Read all instructions before beginning installation. Protective eyewear should be used whenever working around hazardous voltages. All instructions and measurements MUST be completed by a licensed electrician in accordance with National Electrical Code, state and local codes. The National Electrical Code and state and local requirements supersede this instruction. BEFORE INSTALLATION AS TVSS: STEP A: Verify system voltage does not exceed maximum suggested operating voltage listed in table. All voltage measurements should be completed with RMS voltmeter. Verify system is wired in SPLIT PHASE configuration. DO NOT INSTALL SUPPRESSOR IF MEASURED VOLTAGE EXCEEDS MAXIMUM SUGGESTED OPERATING LIMITS. DO NOT INSTALL SUPPRESSOR IF NEUTRAL TO GROUND BOND IS NOT PRESENT AS SUPPRESSOR MAY BE DAMAGED STEP B: Table of Maximum Suggested Operating Voltages and Wire Colors Model Phase to Line to Phase A Phase B Ground Number Phase Ground Wire Color Wire Color Wire Color IT-RSS 288 144 Black Black Green IT-RSS-F IT-RSS-INT 528 264 Black Black Green *NOTE: If Neutral to Ground voltage is greater than 5 VAC, then a problem may exist in electrical system. Suppressor may be installed; however, a qualified person should be consulted to correct problem. Choose suppressor installation location so leads are kept as short and straight as possible. SUPPRESSOR MUST BE CONNECTED TO ELECTRICAL SYSTEM VIA ONE OF THE FOLLOWING CIRCUIT INTERRUPT DEVICES: 1-Double Pole/Single Throw 30 Amp Circuit Breaker NOTE: Pre-existing breakers of rated load size may be utilized if provisions for multi-conductor connections are made according to N.E.C. 110-14A. Page 1 of 2
IS-013 2-Single Pole/Single Throw 30 Amp Circuit Breakers 2-30 Amp Class RK5 Fuse(s) (Such as Bussmann FRN-R-30 for less than 250 VAC and Bussmann FRS-R-30 for greater than 250 VAC) NOTE FOR ISOLATED GROUND: Suppressor GROUND wire is bonded to shell internally. If system utilizes isolated ground then suppressor shell must be isolated from ground via insulated conduit fitting and ground wire must be connected to isolated ground bus. BEFORE INSTALLATION AS SECONDARY SURGE ARRESTOR: STEP A: Follow step A as above. STEP B: No circuit interrupt device is required INSTALLATION INSTRUCTIONS AS TVSS: STEP 1: REMOVE POWER FROM ELECTRICAL SYSTEM BEFORE INSTALLING SUPPRESSOR. STEP 2: Mechanically mount suppressor: Suppressor to be installed through panel knockout and via suppressor mounting feet. Place suppressor against mounting surface and mark feet positions. Complete conduit connection installation. Screw box to surface with appropriate screws. Assure weatherproof conduit and fittings are used to maintain NEMA 4 rating. Suppressor to be mounted for shortest and straightest possible wire installation from suppressor to system bus. Excessive wire length and sharp bends degrade suppressor performance; therefore, avoid excessive wire length and sharp bends when at all possible. If installing on a system other than electrical panel, mount in close proximity to system being protected using necessary means for mounting. NOTE: A CIRCUIT INTERRUPT DEVICE IS STILL REQUIRED WHEN INSTALLING SUPPRESSOR ON A SYSTEM OTHER THAN ELECTRICAL PANEL. Suppressor contains no position-oriented components and can be mounted upside down or sideways. (Cover may be rotated only 180 degrees to improve label readability. Take care to support cover to prevent damage to indicator light circuit board and wiring.) WARNING: Cover will not seal when rotated ONLY 90 degrees. This invalidates NEMA 4 rating and may create safety hazard. STEP 3: Wire suppressor into electrical system: Cut wire(s) as short as possible for optimum suppressor performance. Connect GROUND wire to system ground bus bar. Refer to NOTE for systems utilizing isolated ground. Connect PHASE wire(s) to phase(s) of system (one phase wire to each phase). STEP 4: Apply power to system. Indicator light(s) should glow. If light(s) do(es) not glow, remove power and contact supplier. INSTALLATION INSTRUCTIONS AS SECONDARY SURGE ARRESTOR: STEP 1: Follow steps 1 through 4 above, only circuit interrupt device not required. Note: Remove lid to attach optional mounting feet. 2000 Innovative Technology, Inc., 1--647-TVSS (8877), ITRSSi.P65 (r1s-fusd; r1s-splt.wmf;xt40.eps), 5/17/00 Page 2 of 2
Surge Protective Devices PROTECTOR Bridge Clip 0.67 [17] GENERAL SPECIFICATIONS 1.79 [45] 0.39 [10] Description: Type 66 Punchdown block-mounted, secondary, telephone- or data-line overvoltage/current surge protection devices Application: Secondary data or telecom protection for voice grade applications, 10 Mbps Ethernet and high-speed Token Ring networking installations. Each bridging module protects one pair. Warranty: Five-Year Free Replacement Listings: UL497A Designed to: Commercial Building Telecomm. Wiring Standard ANSI/EIA/TIA-568 Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 0.95 [24] MECHANICAL SPECIFICATIONS Enclosure: Molded Plastic Connection: Press fit onto punchdown block tabs. Press fit for ground onto available ground strips Weight: 1 lb (0.4 kg) Operating Temperature: -40 F (-40 C) to +185 F (+85 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Solid-state voltage protection, coupled with fusing for protection against high current Data Rate: Up to CAT 3 / 10 Mbps / 10 Base-T digital, up to 100 MHz analog Protection Modes: Tip-Ground, Ring Ground Response Time: <1 nanosecond Maximum Continuous Operating Current: 350 ma Operating Voltage Ranges: 19 V 131 V IEC 10 X 700 Impulse Model Standoff Voltage DC Breakover Voltage Suggested Application 500 V L-G, L-L 1 kv L-G, L-L BC-27 19 V 27 V Voice, Low-Speed Data Transmission 40, 70 40, 70 BC-68 50 V 68 V 80, 160 80, 160 BC-140 BC-180 102 V 131 V 140 V 180 V Voice, Token Ring LAN, 10 Base-T LAN 130, 200 180, 200 130, 200 180, 200 Application Guide: Choosing the Right Bridge Clip 1. Measure the peak DC signal voltage of the telecom/data equipment. 2. Measure the peak AC voltage of the Telecom/data equipment (Vrms x 1.41) 3. Add the values obtained in (1) and (2) to determine peak voltage requirements. 4. Match the peak voltage requirement to the appropriate Bridge Clip. Select the Bridge Clip based on the standoff voltage. For example, equipment with 36 Vdc peak signal voltage and peak AC voltage of 95 V would require a BC-180 (36+95=131). 5. If desired, connect the selected Bridge Clip modules to a 6-unit (I.T. Model BC-GB6) or 25-unit (I.T. Model BC-GB25) Grounding Strip. 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (BClipDim.eps BClip-Spec.p65 07/09/03 ZM02-390) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR RS232-DB25 MALE END GENERAL SPECIFICATIONS 56[2.20] FEMALE END 64[2.50] DIMENSIONS ARE IN MM[INCHES] 17[0.64] Description: Data and Signal Line Surge Suppression Device Application: Data and signal lines utilizing DB25 interface and operating at up to 300 Kbps Warranty: Five Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic, UL94-5VA rated Interface: Male DB25 (input or output); Female DB25 (input or output); Bi-directional suppression; Pin configuration pins 1-8 & 20 used, 7 is ground and 1 is shield Connection: Integral mounting screws Weight: 0.12 kg (0.25 lbs.) ELECTRICAL/PERFORMANCE SPECIFICATIONS Protection Modes: L-G Input Power Frequency: DC 3.5 MHz Data Rate: Up to 300 kbps Response Time: 1 nanosecond Maximum Continuous Operating Current: 300 ma Operating Voltage: 12 Vrms, 15 Vpk Model Number RS232-DB25 *NOTE: Protected Pins * 1-8, 20 7 is GRND 1 is SHLD Table of Maximum Suggested Operating Limits Peak Voltage Peak Voltage Line to Ground Peak Voltage Shield to Ground Maximum Continuous Operating Current (ma) All other pin connectors are not electrically continuous from the female connector to the male connector. The unit is bi-directional, either the male or female connector can be used as the input or the output. Maximum Data Rate (Mbps) 20 V 20 V 20 V 300 ma 300 kbps 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (DB25dim.eps, RS232DB25-Spec.p65 07/08/03 ZM02-383) www.itvss.com -647-8877 352-799-0713
Surge Protective Devices PROTECTOR COAX Models GENERAL SPECIFICATIONS Description: Coaxial connected Surge Protective Device Application: LANs operating Thin Ethernet/ThinNet (10Base2), Token Ring (802.5), CCTV, cable TV, RF receivers, satellite receivers and a wide variety of similar coaxial connected data and signal transfer circuits Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MIL-STD-220A IEEE-STD- C62.36-1994 MECHANICAL SPECIFICATIONS Dimensions are in mm[inches] COAX-F & COAX-BNC Models Enclosure: ABS Plastic UL94V-0 (all models) Connection: Input Female BNC 1ea (BNC model); Female F 1ea (F model); Female BNC 2ea (BNC-2 model) Output Female BNC 1ea (BNC model); Female F 1ea (F model); Female BNC 2ea (BNC-2 model) Ground Wire clamping box terminals (all models) Weight: 1 lb (.45 kg) (all models) Operating Temperature: -40 F(-40 C) to +176 F(+80 C) ELECTRICAL/PERFORMANCE SPECIFICATIONS Circuit Design: Low capacitance, multi-stage hybrid design Protection Modes: L-G, Shd-G Frequency Range: DC 1.5 GHz Response Time: 1 nanosecond Data Rate: Up to 150 Mbps Maximum Continuous Operating Current: 560 ma Insertion Loss: <3 db from DC 1.5 GHz Characteristic Impedance: (all models) 75 Ω Model Peak Surge Current Maximum Continuous Operating Voltage (Vpk) IEC 10 X 700 µs Impulse 500 V 1 kv L-G, Shd-G L-G, Shd-G COAX-BNC-1.5 GHz COAX-F-1.5 GHz COAX-BNC-1.5 GHz-2 10 ka 26 L-G 34, 96 (Vpk) 39, 102 (Vpk) COAX-BNC-2 Model 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (Coaxbnc.wmf, Coaxfbnc.wmf COAX-Spec.p65 07/07/03 ZM02-306) www.itvss.com -647-8877 352-799-0713
ELECTRICAL/PERFORMANCE SPECIFICATIONS Surge Protective Devices PROTECTOR Data-LIne Models GENERAL SPECIFICATIONS Description: Terminal strip connected Data-Line surge protective device, 10 ka peak surge current per pair Application: 1, 2 or 3 pair data, signal and 4-20 ma current loop circuits, ISDN lines Warranty: Five-Year Free Replacement Manufacturer Qualifications: ISO 9001:1994 Quality System Certification BSI FM 30833 MECHANICAL SPECIFICATIONS Enclosure: ABS Plastic UL94V-0 Connection: Wire clamping box terminals. Line(s) - #18-22 AWG (0.8-0.3 mm2). Ground - #6-12 AWG (13.3-3.3 mm2) Weight: 1 lb (0.46 kg) Operating Temperature: -40 F (-40 C) to +140 F (+60 C) Circuit Design: Series connected, series protected, multi-stage hybrid circuitry providing Line-Line (paired), Line- Ground and Shield-Ground protection. Capacitance: L-L, L-G 250pf; Shd-G 8nf Maximum Continuous Operating Current: 560 ma Data Rate: Up to 2.0 Mbps Frequency Range: DC 20 MHz Response Time: 1 nanosecond Series Resistance: 5 ohms per line Protection Modes: L-L (normal mode), L-G, Shd-G (common mode) Models DxS5-2ML** DxS15-2ML** DxS33-2ML** DxS53-2ML** DxS140-2ML** Key Performance and Electrical Specifications Maximum Continuous Operating Voltages (Vpk) 5 L-L 5 L-G 71 Shd-G 15 L-L 15 L-G 71 Shd-G 36 L-L 36 L-G 71 Shd-G 54 L-L 54 L-G 71 Shd-G 144 L-L 144 L-G 71 Shd-G IEC 10 x 700 µs Impulse* 500 V 20 A <12 <12 <25 <25 <50 <50 <75 <75 <160 <160 1 kv 40 A <12 <12 <25 <25 <50 <50 <75 <75 <160 <160 2 kv 80 A <12 <12 <25 <25 <50 <50 <75 <75 <160 <160 ANSI/IEEE C62.41-1991 Measured Limiting Voltage* B3/C1 Impulse Wave 6 kv, 3 ka *Test environment: static, positive polarity. All voltages are peak (±10%), time base = 1 ms. ** x = 2 for 2 wire, 4 for 4 wire and 6 for 6 wire 30 50 170 30 50 170 60 70 170 90 90 170 250 250 170 C3 Impulse Wave 20 kv 10 ka 50 30 290 40 50 290 70 90 290 120 150 290 200 300 290 2003 Specifications subject to change INNOVATIVE TECHNOLOGY Page 1 of 1 (Datadim.wmf, Data-Spec.p65 07/09/03 ZM02-273) www.itvss.com -647-8877 352-799-0713
The Innovative Technology ITHP is designed to protect residential electrical and electronic loads from transients and surge disturbances. The ITHP withstands up to 75kA of surge current per phase. The ITHP is installed adjacent to the electrical load center panel. Optional separate modules for telephone, cable TV, and Ethernet are available and simply connect through a unique snap-on connection. When configured with telco and cable modules, the ITHP offers Innovative Total Home Protection. FEATURES Compact Design allows placement even in restricted spaces. LED Suppression Status Indication provides visual indication of suppressor status. Expandable modules provide custom-tailored protection for any facility. Weather Proof Enclosure provides indoor and outdoor installation. Flush-mount Kit allows installation on recessed panels. Lifetime Warranty offers unlimited replacement if unit has been damaged or has failed. Micro ITHP Max ITHP Ultra ITHP 20,000 Amps per Phase 50,000 Amps per Phase 75,000 Amps per Phase $25,000 Connected Equipment Warranty* $50,000 Connected Equipment Warranty* * Residential applicaions only. See warranty page for further details. $75,000 Connected Equipment Warranty* 2004 Specifications subject to change 15470 Flight Path Drive, Brooksville, Florida 34604-647-8877 352-799-0713 Visit us at: www.innovativetechnology.com
SPECIFICATIONS AC MODULE Circuit Design: Bi-directional, internally fused, parallel connected MAX Certifications: UL 1449, 2 nd Edition Listed Input Power Frequency: 50 420 Hz (60 Hz Nominal) Response Time: < 1 nanosecond EMI/RFI Attenuation: Up to 41dB Protection Modes: All Mode: L-L,, L-G, and N-G Diagnostics: Super-bright LED indicators, one per phase, normally on Short Circuit Current Rating : 200kAIC using 30 amp Class R fuses (Not Provided) Enclosure: Weather-proof indoor/outdoor (Plastic) Dimensions/weight: 4.5 x 3.6 x 1.9 inches, 3lbs. Warranty: Limited, lifetime connected equipment warranty (see warranty page) OPTIONAL SURGECABLE MODULE Application: Cable TV, satellite, and cable modem Connection: Female F Type Surge Current Capacity: 20,000 Amps Protection Modes: L-G, Shield-G Frequency Range: DC 1.5GHz Impedance: 75 ohms OPTIONAL SURGETEL MODULE Application: Telephone, modem, and DSL lines Connection: Wire clamping box terminal strips Surge Current Capacity: 80,000 Amps Protection Modes: Tip-ring, tip-g and ring-g Data Rate: Up to 200 kbps Dimensions/weight: 4 x 3.8 x 1.7 inches, 2lbs. Dimensions/weight: 4 x 3.8 x 1.7 inches, 2lbs. L = Micro M = Max H = Ultra Model ITHP1S101 2004 Specifications subject to change System Configuration *AC test environment: All modes tested dynamic, positive polarity. Time base = 1 ms. All voltages are peak (+ 10%), time base = 1 ms./div. Voltages are measured from zero Volt reference, in accordance with NEMA LS-1. All tests performed with 6 (152.4 mm) lead length, simulating actual installation. Ordering Information: ITHP1S101 ITHPSURGETEL ITHPSURGECABLE ITHPFLUSHKT Nominal System Voltage ANSI/IEEE C62.41-1991 Measured Limiting Voltage* B3/C1 Impulse 6kV, 3kA 90 Phase Angle AC MODULE ONLY TELCO MODULE ONLY CABLE MODULE ONLY FLUSHMOUNT KIT UL SVR UL 1449-2 Suppressed Voltage Ratings L-L L-G L-L L-G Split Phase 3 wire + grnd 120/240 950 550 550 15470 Flight Path Drive, Brooksville, Florida 34604-647-8877 352-799-0713 Visit us at: www.innovativetechnology.com