Schneider Electric Legacy Time Delay and Sensor Relays. Catalog

Transcription

1 Schneider Electric Legacy Time Delay and Catalog 0

2 Contents Series Overview... 0 Series Relays.... Series Voltage Sensing Relays... Series Current Sensing Relays Series Accessories.... TDR Series Relays TDR Series Accessories... TDRPRO Series Relays... TDRPRO Series Accessories Application Data... Website Guide... Index....

3 Series Overview Legacy Schneider Electric time delay and sensor relays provide cost effective solutions for your industrial timing and sensing needs. Available in a wide array of forms, fits, and functions, these timers offer the ultimate in flexibility and performance. Accurate adjustments, legible wiring diagrams, and an interactive timer demo make selection quick and easy. Key Features Multiple timing functions Wide input voltage range Wide timing range DIN, panel, or plug-in mounting styles Conforms to international standards including UL, CSA, RoHS, and CE IEC Series Style Contact Configuration Rated Current Load (A) Timing Range Number of Functions Function Type Input Voltage Range Page DIN Mounting 0 Relays Time delay relay SPST DPDT 00 ms to 0 days 0 All 0 Vac/Vdc Voltage Sensing Relays Voltage sensing relay SPDT 00 ms to 0 s On-Delay 0, 0 Vac; Vdc Current Sensing Relays Current sensing relay SPDT 00 ms to 0 s On-Delay 0 Vac 0 Plug-in Mounting TDR Relays Time delay relay with dial DPDT PDT 00 ms to 00 hr On-Delay, Vdc;, 0, 0 Vac TDRPRO Relays Time delay relay with -digit thumb-wheel SPDT DPDT 00 ms to 0 hr 00 ms to 0 hr 0 All On-Delay / Repeat Cycle / On Interval 0 Vac/Vdc

4 Description 0 Series SPDT, A; DPDT, A Description The 0 Series time delay relays are -mm DIN-rail mountable products offering ten different timing functions, ultra-wide timing range (0 ms to 0 days), and a universal voltage input ( 0 Vac/Vdc), all in a slim. mm (0. in.) modular package. Relay Relay Feature Benefit Up to 0 functions Meets most timing requirements Contact configuration SPDT or DPDT Universal power supply 0 Vac/Vdc LED status indicators Shows status at a glance Only. mm (0. in.) wide Ideal for tight spaces DIN-rail mountable Easy installation (screwdriver required) RoHS compliant Environmentally friendly Input Voltage Functions Available () Timing Range 0 Vac/Vdc A,B,C,D,E,F,G,H,I,J 0 ms to 0 days Contact Configuration Rated Current Standard Part Number SPDT A TD0H-UNI DPDT A ( pairs of contacts) TD0H-UNI () For function descriptions, see page. Part Number Explanation Series: = SPDT = DPDT Relay Style: TD = Time Delay Number of Functions: 0H = 0 Functions Input Voltage: UNI = 0 Vac/Vdc

5 0 Series SPDT, A; DPDT, A Specifications Part Number TD0H-UNI TD0H-UNI Input Characteristics Input Voltage Range 0 Vac/Vdc 0 Vac/Vdc Operating Voltage (% of Nominal) % of V to 0% of 0 V % of V to 0% of 0 V Maximum Power Consumption VA. W VA. W Output Characteristics Contact Configuration SPDT DPDT Output Current Rating A A Contact Material Silver alloy Silver alloy Switching Capability 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 Minimum Switching Requirement 00 ma 00 ma Timing Characteristics Functions Available () Multifunction Multifunction Time Scales Time Ranges 00 ms to s s to 0 s 0. min to min min to 0 min 0. hr to hr hr to 0 hr 0. day to day day to 0 days 00 ms to s s to 0 s 0. min to min min to 0 min 0. hr to hr hr to 0 hr 0. day to day day to 0 days Tolerance % of mechanical setting % of mechanical setting Repeatability at Constant Voltage and Temperature 0.% 0.% Reset Time 0 ms maximum 0 ms maximum Trigger Pulse Length 0 ms minimum 0 ms minimum General Characteristics Electrical Life (Operations at Rated Current) () 0,000 operations 0,000 operations Mechanical Life (Unpowered) () 0,000,000 operations 0,000,000 operations Dielectric Strength (Input to Contacts) 00 Vac 00 Vac Dielectric Strength (Between Open Contacts) 00 Vac 00 Vac Storage Temperature Range Operating Temperature Range Terminal Wire Capacity (Input and Output) AWG (. mm²) maximum AWG (. mm²) maximum Terminal Screw Torque. lb-in (0. N m) maximum. lb-in (0. N m) maximum Weight g (. oz) 0 g (. oz) Input Indication Green LED Green LED Output Indication (Blinking = Timing; On = Energized) Red LED Red LED Enclosure Rating (according to IEC 0 IP rating) IP0 IP0 Approvals culus (File: E0, CCN: NKCR, NKCR), CE 0-, RoHS culus (File: E0, CCN: NKCR, NKCR), CE 0-, RoHS () For function descriptions, see page. () Actual product life varies based on electrical load, duty cycle, application, and environmental conditions.

6 Dimensions, Wiring Diagram 0 Series SPDT, A; DPDT, A Dimensions in. (mm) 0. (). (.). () 0. (.) 0. (.) 0. (.). (0). (.). () 0. (). (.) 0. (.) 0. (.) 0. () 0. (). () Wiring Diagram Input Voltage Input Voltage U n + A S A R External Control Switch (Dry Switch Only) U n + A S A R R Common Normally Closed Normally Open Common Normally Closed Normally Open TD0H-UNI TD0H-UNI

7 Description Series SPDT, A Description The voltage sensor is a single-phase AC voltage sensing device capable of monitoring and reacting to overvoltage and undervoltage conditions. This product is designed to be wired across terminals A and A with the voltage being monitored. The two LED lamps indicate when the input voltage is present (green LED) and when the output is energized (red LED). The Umax dial is used to set the upper trip-point for the voltage sensor. The Umin dial is a percentage of the Umax dial and is used to set the lower trip-point for the voltage sensor. The timing dial is used to delay the transfer of the contacts, from 0 0 s, when a set point has been violated. Relay Feature Three-state indication LEDs Timing dial DIN mounting capability Current rating: 0 Vac, Vdc Narrow width:. mm (0. in.) Benefit Indicate normal state and two types of faulted states Adjustable delay 0 0 s Mounts directly on a mm DIN rail High switching capacity Ideal for tight spaces Nominal Input Voltage Sensing Voltage Range Timing Range Contact Configuration Rated Current Standard Part Number 0 Vac Upper: 0 Vac Lower: 0 % of upper VS-0A 0 Vac Upper: 0 Vac Lower: 0 % of upper 0 0 s SPDT A VS-0A Vdc Upper: 0 V Lower: 0 % of upper VS-D Part Number Explanation Series: = SPDT Relay Style: VS = Voltage Sensor Nominal Input Voltage: 0A = 0 Vac 0A = 0 Vac D = Vdc

8 Series SPDT, A Specifications Part Number VS-0A VS-0A VS-D Input Characteristics Nominal Input Voltage 0 Vac 0 Vac Vdc Absolute Input Voltage Maximum 00 Vac 0 Vac Vdc Upper Supply Voltage Range 0 Vac 0 Vac 0 Vdc Lower Supply Voltage Range 0 % of upper preset 0 % of upper preset 0 % of upper preset Maximum Power Consumption. VA. VA. W Time Delay adjustable, 0 0 s adjustable, 0 0 s adjustable, 0 0 s Accuracy Mechanical Setting % % % Repeat Accuracy <% <% <% Temperature Variation <% / ºC <% / ºC <% / ºC Hysteresis (from fault to normal) % of adjusted value % of adjusted value % of adjusted value Output Characteristics Contact Configuration SPDT SPDT SPDT Output Current Rating 0, 0 Vac, Vdc 0, 0 Vac, Vdc 0, 0 Vac, Vdc Breaking Capacity 000 VA/AC, W/DC 000 VA/AC, W/DC 000 VA/AC, W/DC Inrush Current 0 A / < s 0 A / < s 0 A / < s Maximum Switching Voltage 0 Vac / Vdc 0 Vac / Vdc 0 Vac / Vdc Minimum Breaking Capacity DC 00 mw 00 mw 00 mw Mechanical Life () 0,000,000 operations 0,000,000 operations 0,000,000 operations Electrical Life () 0,000 operations 0,000 operations 0,000 operations Contact Material Silver alloy Silver alloy Silver alloy Switching Capability 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 Minimum Switching Requirement 00 ma at Vac/Vdc 00 ma at Vac/Vdc 00 ma at Vac/Vdc Timing/Sensing Characteristics Time Scales Time Ranges 0 0 s 0 0 s 0 0 s Tolerance % of mechanical setting % of mechanical setting % of mechanical setting Repeatability at Constant Voltage and Temperature % % % Upper Sensing Voltage Range 0 Vac 0 Vac 0 Vdc Lower Sensing Voltage Range 0 % of upper preset 0 % of upper preset 0 % of upper preset General Characteristics Dielectric Strength (Input to Contacts) 00 Vac 00 Vac 00 Vac Dielectric Strength (Between Open Contacts) 00 Vac 00 Vac 00 Vac Mounting Position Any, mm DIN rail EN 00 Any, mm DIN rail EN 00 Any, mm DIN rail EN 00 Overvoltage Category III III III Pollution Degree Storage Temperature Range Operating Temperature Range Terminal Wire Capacity (Input and Output) AWG (. mm²) maximum AWG (. mm²) maximum AWG (. mm²) maximum Terminal Screw Torque. lb-in (0. N m) maximum. lb-in (0. N m) maximum. lb-in (0. N m) maximum Weight g (. oz) g (. oz) g (.0 oz) Input Indication Green LED Output Indication (Blinking = Timing; On = Energized) Red LED Enclosure Rating (according to IEC 0 IP rating) IP0 Approvals UL (E0, CCN: NKCR, NKCR), CE (IEC 0-, 000-), RoHS () Actual product life varies based on electrical load, duty cycle, application, and environmental conditions.

9 Dimensions, Wiring Diagram Series SPDT, A Dimensions in. (mm) 0. (). (.). () 0. (.) 0. (.) 0. (.). (0). (.). () 0. (). (.) 0. (.) 0. () 0. () Wiring Diagram Input Voltage U n + A A Common Normally Closed Normally Open

10 Description Series SPDT, A Description This current sensing relay allows you to monitor the current of one circuit ( A) and switch another circuit in case of an overcurrent condition. The relays are modular and finger protected (according to IEC 0 IP rating). Relay Feature Current-sensing adjustment knob Input/ouput terminals Solid-state circuitry Input/output indication DIN rail mounting capability Narrow width:. mm (0. in.) Wide input range Benefit Sense from 0 00% of the rated sensing current Accepts wire up to AWG Used for precise sensing and timing control Shows status at a glance Mounts directly on a DIN Rail Ideal for tight spaces Works with common AC voltages Input Voltage Timing Range Contact Configuration Output (A) 0 Vac 00 ms to 0 s SPDT Sensing Current Range (AC) Standard Part Number 00 ma to A CS-UNI 00 ma to A CS-UNI 00 ma to A CS-UNI 00 ma to A CS-UNI Part Number Explanation Series: = SPDT Relay Style: CS = Current Sensor Sensing Range: = 00 ma to A = 00 ma to A = 00 ma to A = 00 ma to A Nominal Input Voltage: UNI = 0 Vac 0

11 Series SPDT, A Specifications Part Number CS-UNI CS-UNI CS-UNI CS-UNI Input Characteristics Input Voltage Range 0 Vac 0 Vac 0 Vac 0 Vac Maximum Power Consumption. VA. VA. VA. VA Output Characteristics Contact Configuration SPDT SPDT SPDT SPDT Output Current Rating A A A A Contact Material Silver alloy Silver alloy Silver alloy Silver alloy Switching Capability 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 0 Vac, 0/0 Hz, Vdc / 0 Vac 0 Vac Pilot duty B00 Minimum Switching Requirement 00 ma at Vac/Vdc 00 ma at Vac/Vdc 00 ma at Vac/Vdc 00 ma at Vac/Vdc Timing/Sensing Characteristics Time Scales Time Ranges 0 0 s 0 0 s 0 0 s 0 0 s Tolerance % of mechanical setting % of mechanical setting % of mechanical setting % of mechanical setting Repeatability at Constant Voltage and Temperature % % % % Sensing Range 00 ma to A 00 ma to A 00 ma to A 00 ma to A General Characteristics Electrical Life (Operations at Rated Current) () Mechanical Life (Unpowered) () Dielectric Strength (Input to Contacts) Dielectric Strength (Between Open Contacts) Storage Temperature Range Operating Temperature Range Terminal Wire Capacity (Input and Output) Terminal Screw Torque Weight Input Indication Output Indication (Blinking = Timing; On = Energized) Enclosure Rating (according to IEC 0 IP rating) Approvals 0,000 operations 0,000,000 operations 00 Vac 00 Vac AWG (. mm²) maximum. lb-in (0. N m) maximum 0 g (. oz) Green LED Red LED IP0 culus (File: E0, CCN: NKCR, NKCR), CE 0-, RoHS () Actual product life varies based on electrical load, duty cycle, application, and environmental conditions.

12 Dimensions, Wiring Diagram Series SPDT, A Dimensions in. (mm) 0. (). (.). () 0. (.) 0. (.) 0. (.). (0). (.). () 0. (). (.) 0. (.) 0. () 0. () Wiring Diagram Direct current sensing Current sensing through a current transformer Input Voltage A B Sensing Circuit A Input Voltage Input Voltage A B A Is Ip Current Transformer Inner Shunt Common Normally Closed Normally Open Inner Shunt Ip: Primary Current Is: Secondary Current

13 Accessories 00 Series Accessories -00DIN DIN Rail, -DCLIP- DIN Rail End Clip Description The -00DIN DIN rail provides for quick removal and installation of most sockets, while the -C panel adapter provides a panel mounting option. Shown with an Relay -C Panel Adapter Shown with an Relay Description Function For Use With Relays Packaging Quantities Standard Part Number Metal DIN Rail. in. ( m). Quick installation and removal,,, -00DIN DIN Rail End Clip Holds sockets firmly in place on the DIN rail 0 -DCLIP- Panel Adapter Provides additional panel mounting option,,, -C Dimensions in. (mm) -00DIN Metal DIN Rail. (000) (). ( ± 0.).0 (.) Note: The lips at the base of the DIN rail may or may not be present on DIN rail extrusions. 0. (0) () ( ± 0.0) -C Panel Adapter 0. (.) 0.0 TYP (.) 0. TYP (.) 0. (.). (.). (.). (.). (.). (.0) 0. (.0). Max. (.) 0. TYP (.). (.) 0. (.). Max. (.) 0. (.0) 0. (.)

14 Description TDR Series DPDT, A; PDT, A Description Miniature time delay relay that is single-function, single-voltage, and socketcompatible. Ideal for tight spaces. Feature Time setting Socket compatible Input/output indication Time adjustment dial IEC and NEMA terminal numbering Benefit Selects between different time scales Mounts directly to DIN rail or panel Shows status at a glance Fine-tunes the time setting Allows numbering compatibility TDR Relay Input Voltage Functions Available () Timing Range Contact Configuration Rated Current Standard Part Number AC PDT A TDRXDXA-A Vac A (On-Delay) 00 ms to 00 hr DPDT A TDRXBXA-A PDT A TDRXDXA-0A 0 Vac A (On-Delay) 00 ms to 00 hr DPDT A TDRXBXA-0A 0 Vac A (On-Delay) 00 ms to 00 hr PDT A TDRXDXA-0A DC Vdc A (On-Delay) 00 ms to 00 hr PDT A TDRXDXA-D PDT A TDRXDXA-D Vdc A (On-Delay) 00 ms to 00 hr DPDT A TDRXBXA-D () For function descriptions, see page. Part Number Explanation Series: TDR = Miniature Timer XBX = DPDT XDX = PDT A = On Delay V D = Vdc D = Vdc A = Vac 0A = 0/0 Vac 0A = 0/0 Vac

15 TDR Series DPDT, A; PDT, A Specifications Part Number TDRXBX TDRXDX Input Characteristics Input Voltage Range, 0/0, 0/0 Vac, Vdc, 0/0, 0/0 Vac, Vdc Operating Voltage Vac % of nominal % of nominal Vdc 0 0% of nominal 0 0% of nominal Maximum Power Consumption. Vac. 0 Vac 0 Vac. Vdc. Vdc. Vac. 0 Vac 0 Vac. Vdc. Vdc Output Characteristics Contact Configuration DPDT PDT Output Current Rating A A Contact Material Silver alloy Silver alloy Maximum Inrush Current 0 < 00 ms 0 < 00 ms Minimum Switching Requirement 00 ma at Vac/Vdc 00 ma at Vac/Vdc Timing Characteristics Functions Available () A (On-Delay) A (On-Delay) Time Scales Time Ranges 00 ms to s s to 0 s 0. min to min min to 0 min 0. hr to hr hr to 0 hr 0 hr to 00 hr 00 ms to s s to 0 s 0. min to min min to 0 min 0. hr to hr hr to 0 hr 0 hr to 00 hr Tolerance % of mechanical setting % of mechanical setting Repeatability at Constant Voltage and Temperature 0.% 0.% Reset Time 0 ms maximum 0 ms maximum Temperature Drift General Characteristics Electrical Life (Operations at Rated Current) () Mechanical Life (Unpowered) () Dielectric Strength (Input to Contacts) Storage Temperature Range Operating Temperature Range Weight Input Indication Output Indication (On = Energized) Enclosure Rating (According to IEC 0 IP Rating) Approvals 00,000 operations 0,000,000 operations 000 Vrms g (. oz) Green LED Amber LED IP0 curus (File: E, CCN: NRNT, NRNT), CSA (File No. ), CE 0-, RoHS () For function descriptions, see page. () Actual product life varies based on electrical load, duty cycle, application, and environmental conditions.

16 Dimensions, Wiring Diagram TDR Series DPDT, A; PDT, A Dimensions in. (mm) 0. () 0. (.). (.).0 () 0.0 (0.). (.) Wiring Diagram 0 SPDT NEMA DPDT NEMA

17 Description TDR Series Accessories Description The TDR accessories create a complete system solution for all your application needs. The 0-EL socket offers an alternate installation option for plug-in models. The -TDRSC retention clip holds the relay securely in place while allowing quick and efficient installation and maintenance. Relay Accessories Description Socket 0-EL- Socket 0-E- Socket -TDRSC Retention Clip Function Mounts directly to the DIN rail or panel DIN or panel mounting with rising elevator box terminals DIN or panel mounting with screw terminals and clamping plates Solder terminals for chassis mounting For Use With Relays Packaging Quantities Standard Part Number TDRXBX 0 0-EL- TDRXBX TDRXDX 0 0-EL- TDRXBX TDRXDX TDRXBX TDRXDX TDRXBX TDRXDX TDRXBX TDRXDX 0 0-E- 0 0-D Printed circuit terminals TDRXBX TDRXDX Metal Retention Clip Helps secure the relay in the socket () 0 -TDRSC () Replace the bullets (. Socket Accessories Description Function For Use With Sockets Packaging Quantities Standard Part Number Metal DIN Rail, m (. in.) Quick installation and removal of sockets See table above 0-00DIN DIN Rail End Clip Holds sockets firmly in place on the DIN rail 0 -DCLIP- ID Tags Allows for identification of circuits in multi-relay applications 0-EL- 0-EL- 0-E- 0 -FT-

18 TDR Series Accessories Specifications Part Number 0-EL- 0-EL- 0-E- Contact Configuration DPDT PDT PDT Number of Terminals Mounting Style Panel or DIN Rail Panel or DIN Rail Panel or DIN Rail Current Rating A 0 A 0 A Nominal Voltage Rating 00 V 00 V 00 V Storage Temperature Range Protection Category IP0 (Finger Protection) Internal Metal Tracks Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Screw Terminals Steel, Zinc Plated Steel, Zinc Plated Steel, Zinc Plated Screw Style Combination Head Combination Head Combination Head Screw Size M M M Terminal Connection Elevator Elevator Elevator Terminal Layout Logic Logic Non-Logic Wire Size Capacity Solid or Stranded Cu: Two AWG (.. mm²) Solid or Stranded Cu: Two AWG (.. mm²) Solid or Stranded Cu: Two AWG (.. mm²) DIN Rail Mounting, EN 0 mm (. in) mm (. in) mm (. in) Maximum Screw Torque lb-in (0. N m) lb-in (0. N m) lb-in (0. N m) Flammability Rating UL Class V-0 UL Class V-0 UL Class V-0 Body Color Light Gray Light Gray Light Gray DIN Locking Method Red Plastic Locking Clip Red Plastic Locking Clip Metal Compression Spring Product Certifications curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0, Class: 0), CE 0-, RoHS Part Number , 0-D- Contact Configuration PDT PDT PDT Number of Terminals Mounting Style PCB Chassis Panel or DIN Rail Current Rating A A 0 A Nominal Voltage Rating 00 V 00 V 00 V Storage Temperature Range Protection Category 0-D-: IP0 (Finger Protection) Internal Metal Tracks Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Screw Terminals Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Steel, Zinc Plated Screw Style Combination Head Screw Size M mm Terminal Connection PCB Solder Screw Clamping Terminal Layout Non-Logic Non-Logic Non-Logic Wire Size Capacity Solid or Stranded Cu: Two AWG (.. mm²) Solid or Stranded Cu: Two AWG (.. mm²) DIN Rail Mounting, EN 0 mm (. in) Maximum Screw Torque lb-in (0. N m) Flammability Rating UL Class V-0 UL Class V-0 UL Class V-0 Body Color Light Gray Light Gray Light Gray DIN Locking Method Red Plastic Locking Clip Product Certifications curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0 Class: 0), CE 0-, RoHS 0--: curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0 Class: 0), CE 0-, RoHS 0-D-: curus (File: E00), CSA (File: 0 Class: 0), CE 0-, RoHS

19 Dimensions TDR Series Accessories Dimensions in. (mm) 0-EL- Mounts Directly to the DIN Rail or Panel. (.0) 0. (.0).0 (.) 0. () 0-EL- Mounts Directly to the DIN Rail or Panel. (.0) 0. (.0) 0. ().0 (.). (.0). (.0) 0 0. (.) 0. (.). (.0). (.0). (.0) A IEC: A NEMA:. (.0) A IEC: A NEMA: 0-E- DIN or Panel Mounting with Rising Elevator Box Terminals 0-D- DIN or Panel Mounting with Screw Terminals and Clamping Plates. (.0) 0. (.0). (.0) 0. (.0) 0. (.0).0 (.). (0.0) 0. (.0). (.0) 0. (.). (.0).0 (.). (0.0) A IEC: NEMA: A 0. (.0) 0. (.) A A 0. (.) 0. (.0). (0.0) 0. (.)

20 Dimensions (continued) TDR Series Accessories Dimensions in. (mm) 0-- DIN or Panel Mounting with Screw Terminals and Clamping Plates 0.0 ().0 (.). (.0). (.0). (.0) 0 0. (.). (0.) 0. (.) Dia. Typ. 0-- Solder Terminals for Chassis Mount 0.0 (.) 0.0 (.) 0. (.).0 (.) 0. (.) 0.0 (.). (.) 0.0 (0.) Recommended Chassis Cutout Top View 0. (.) 0.0 (.) (.) (.) 0.0 (.) 0. (.) 0. (.) 0.0 (.) 0. (.) 0. (.0) 0. (.) 0.0 Dia. (.) 0. (.) 0. (.) 0. Dia. (.0) 0.0 (.) 0.0 (.) Ground Lug 0. (.) 0-- Printed Circuit Terminals 0.0 (.) 0. (.) 0. (.) 0.0 (0.).0 (.) 0. (.0) 0. (.) 0. (.) 0. (.) Dia. 0.0 (.) Dia. Places 0. (.) 0. (.0) 0. (.) 0. (.) 0.0 (.) 0. (.0) 0. (.) 0. (.) 0.0 (.) 0. (.) 0. Dia. (.0) 0.0 (.) Ground Lug 0.0 (.0) 0.0 (.) 0. (.) 0. (.0) Recommended Circuit Board Layout Top View 0.0 (.) 0.0 (.) 0.0 Dia. (.) 0. (.) 0

21 Wiring Diagrams TDR Series Accessories Wiring Diagrams 0-EL- 0-EL- 0-E- 0-D- A NEMA IEC A N.C. N.O. COM MODULE 0 0 A A NEMA IEC N.C. N.O. COM MODULE 0 A 0 NEMA IEC A N.C. N.O. COM MODULE A 0 A 0 NEMA IEC N.C. N.O. COM MODULE N.C. N.O. COM 0 A NEMA IEC A N.C. N.O. COM GROUND LUG 0 A NEMA IEC A N.C. N.O. COM GROUND LUG A A 0 NEMA IEC

22 Description TDRPRO Series SPDT, A; DPDT, A Description Time delay relays that are programmable, multifunction, multi-voltage, and socketcompatible offering the ultimate in design flexibility. The thumb-wheel adjustment dials result in no mechanical deviation for supreme accuracy. TDRPRO Relay Feature Up to 0 functions Broad timing range Panel-mounting adapter Dust cover Universal power supply Thumb-wheel adjustment for function / timing Benefit timing functions controlled via supply voltage timing functions controlled via trigger input memory latching function 0. s to 0 hr Panel mountable Retains settings and keeps dust out 0 Vac/Vdc Helps ensure accuracy and reduces timing deviations LED status indicators Indicate coil power, timing out, and output state RoHS compliant Environmentally friendly Input Voltage Timing Range 0 Vac/Vdc 00 ms to 0 hr Functions Available () Contact Configuration Rated Current Standard Part Number A,B,C,D,E,F,G,H,I,J DPDT A TDRPRO-00 A,B,C,D,E,F,G,H,I,J SPDT A TDRPRO-0 A,B,C DPDT A TDRPRO-0 () For function descriptions, see page. Part Number Explanation Series: TDRPRO = x mm Time Delay Relay 00 = DPDT, 0 Functions 0 = SPDT, 0 Functions 0 = DPDT, Functions

23 TDRPRO Series SPDT, A; DPDT, A Specifications Part Number TDRPRO-00 TDRPRO-0 TDRPRO-0 Input Characteristics Input Voltage Range 0 Vac/Vdc 0 Vac/Vdc 0 Vac/Vdc Operating Voltage % of nominal % of nominal % of nominal Maximum Power Consumption (AC). VA. VA. VA Maximum Power Consumption (DC) W W W Output Characteristics Contact Configuration DPDT SPDT DPDT Output Current Rating A A A Contact Material Silver alloy Silver alloy Silver alloy Switching Capabilties A, 0 Vac, 0/0 Hz, 0 Vdc / 0 Vac / 0 Vac Pilot duty B00 A, 0 Vac, 0/0 Hz, 0 Vdc / 0 Vac / 0 Vac Pilot duty B00 A, 0 Vac, 0/0 Hz, 0 Vdc / 0 Vac / 0 Vac Pilot duty B00 Minimum Switching Requirement 00 ma 00 ma 00 ma Timing Characteristics Functions Available () A,B,C,D,E,F,G,H,I,J A,B,C,D,E,F,G,H,I,J A,B,C Time Scales Time Ranges 0 by 0. s 0 by s 0 by 0. min 0 by min 0 by 0. hr 0 by hr 0 by 0 hr 0 by 0. s 0 by s 0 by 0. min 0 by min 0 by 0. hr 0 by hr 0 by 0 hr 0 by 0. s 0 by s 0 by 0. min 0 by min 0 by 0. hr 0 by hr 0 by 0 hr Repeatability of the Time Delay 0.% 0.% 0.% at Constant Voltage and Temperature Reset Time 0 ms 0 ms 0 ms Operate Time () ms maximum ms maximum ms maximum Release Time () ms maximum ms maximum ms maximum General Characteristics Electrical Life (Operations at Rated Current) () 00,000 operations 00,000 operations 00,000 operations Mechanical Life (Unpowered) () 0,000,000 operations 0,000,000 operations 0,000,000 operations Dielectric Strength (Input to Contacts) 00 Vrms 00 Vrms 00 Vrms Storage Temperature Range Operating Temperature Range Weight g (. oz) g (. oz) g (. oz) Input Indication Green LED Green LED Green LED Output Indication (Blinking = Timing; On = Energized) Red LED Red LED Red LED Enclosure Rating (according to IEC 0 IP rating) IP0 IP0 IP0 Approvals curus (File: E, CCN: NLDX), CE 0-, RoHS, culus (File: E, CCN: NLDX, UL Listed when used with Schneider Electric socket 0-) curus (File: E, CCN: NLDX), CE 0-, RoHS, culus (File: E, CCN: NLDX, UL Listed when used with Schneider Electric socket 0-) curus (File: E, CCN: NLDX), CE 0-, RoHS, culus (File: E, CCN: NLDX, UL Listed when used with Schneider Electric socket 0-) () For function descriptions, see page. () Actual product life varies based on electrical load, duty cycle, application, and environmental conditions. () After the time delay period expires, or upon application of the trigger signal (depending on the selected function).

24 Dimensions, Wiring Diagrams TDRPRO Series SPDT, A; DPDT, A Dimensions in. (mm). () 0. (). (). () 0.0 (.) 0. (.). (0.0) Wiring Diagrams 0 External Control Switch (Dry Switch Only) External Control Switch (Dry Switch Only) Input Input Input TDRPRO-00 TDRPRO-0 TDRPRO-0

25 Description TDRPRO Series Accessories Description The TDRPRO accessories create a complete system solution for your application needs. The 0-0DL socket offers an alternative installation option for plug-in models. The -TDRPROSC retention clip holds the relay securely in place while allowing quick and efficient installation and maintenance. 0. (.). (.). (.). (.0) 0. (.0) 0-0DL- Socket 0-0E- Socket -TDRPROSC Retention Clip. (.). (.) -DCLIP- DIN Rail End Clip Relay Accessories Description Function For Use With Relays Packaging Quantities Standard Part Number Mounting directly to DIN Rail or Panel TDRPRO-0, 0 0-0DL- Panel Mounting with Screw Terminals and Clamping Plates TDRPRO Socket DIN or Panel Mounting with Elevator Terminals 0 0-0E- TDRPRO-0 DIN or Panel Mounting with Screw Terminals and Clamping Plates Mounting directly to DIN Rail or Panel 0 0-0DL- DIN or Panel Mounting with Elevator Terminals 0 0-0E- TDRPRO-00 DIN or Panel Mounting with Screw Terminals and Clamping Plates Metal Retention Clip Panel Mounting with Screw Terminals and Clamping Plates Helping secure the relay in the socket TDRPRO 0 -TDRPROSC Socket Accessories Description Function For Use With Sockets Packaging Quantities Standard Part Number Metal DIN Rail, m (. in.) Quick installation and removal of sockets Compatible with all sockets 0-00DIN DIN Rail End Clip Holding sockets firmly in place on the DIN rail listed in the table above. 0 -DCLIP- ID Tags Identification of circuits in multi-relay applications 0-0E-, 0-0EL-, 0-0/FT- Insulated Coil Bus Jumper System Wireless socket connection 0-0DL-, 0-0E-, 0-0EL, 0-0DL- 0-0/CBJ-

26 TDRPRO Series Accessories Specifications Part Number 0-0DL- 0-0DL- 0-0E- 0-0E- Contact Configuration DPDT PDT DPDT PDT Number of Terminals Mounting Style Panel or DIN rail Panel or DIN rail Panel or DIN rail Panel or DIN rail Current Rating A A A A Nominal Voltage Rating 00 V 00 V 00 V 00 V Storage Temperature Range Protection Category according to IP0 IP0 IP0 IP0 IEC 0 IP rating (finger protection) Internal Metal Tracks Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Screw Terminals Steel, Zinc Plated Steel, Zinc Plated Steel, Zinc Plated Steel, Zinc Plated Screw Style Combination Head Combination Head Combination Head Combination Head Screw Size M. mm M. mm M. mm M. mm Maximum Screw Torque lb-in (.0 N m) lb-in (.0 N m) lb-in (.0 N m) lb-in (.0 N m) Terminal Connection Screw Clamping Screw Clamping Elevator Elevator Terminal Layout Logic Logic Non-Logic Non-Logic Maximum Wire Size Solid or Stranded Cu: two AWG (. mm²) Solid or Stranded Cu: two AWG (. mm²) Solid or Stranded Cu: two AWG (. mm²) Solid or Stranded Cu: two AWG (. mm²) DIN Rail Mounting, EN 0 mm (. in) mm (. in) mm (. in) mm (. in) Chassis Mounting Screw Torque lb-in (0. N m) lb-in (0. N m) lb-in (0. N m) lb-in (0. N m) Flammability Rating V-0 Class V-0 Class V-0 Class V-0 Class Body Color Light Gray Light Gray Light Gray Light Gray DIN Locking Method Red Plastic Locking Clip Red Plastic Locking Clip Red Plastic Locking Clip Red Plastic Locking Clip Agency Approvals curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0, Class: 0), CE 0-, RoHS curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0, Class: 0), CE 0-, RoHS curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0, Class: 0), CE 0-, RoHS curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0, Class: 0), CE 0-, RoHS Part Number Contact Configuration DPDT PDT DPDT PDT Number of Terminals Mounting Style Panel Panel Panel or DIN rail Panel or DIN rail Current Rating A A /0 A / A Nominal Voltage Rating 00 V 00 V 00/00 V 00/00 V Temperature Storage Range Internal Metal Tracks Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Copper Alloy, Zinc Plated Screw Terminals Steel, Zinc Plated Steel, Zinc Plated Steel, Zinc Plated Steel, Zinc Plated Screw Style Combination Head Combination Head Combination Head Combination Head Screw Size M. mm M. mm M. mm M. mm Maximum Screw Torque lb-in (.0 N m) lb-in (.0 N m) lb-in (.0 N m) lb-in (.0 N m) Terminal Connection Screw Clamping Screw Clamping Screw Clamping Screw Clamping Terminal Layout Non-Logic Non-Logic Non-Logic Non-Logic Maximum Wire Size Solid or Stranded Cu: two AWG (. mm²) Solid or Stranded Cu: two AWG (. mm²) Solid or Stranded Cu: two AWG (. mm²) Solid or Stranded Cu: two AWG (. mm²) DIN Rail Mounting, EN 0 mm (. in) mm (. in) mm (. in) mm (. in) Chassis Mount Screw Torque lb-in (0. N m) lb-in (0. N m) lb-in (0. N m) lb-in (0. N m) Flammability Rating V-0 Class V-0 Class V-0 Class V-0 Class Body Color Light Gray Light Gray Light Gray Light Gray DIN Locking Method Red Plastic Locking Clip Red Plastic Locking Clip Product Certifications curus (File: E00, CCN: SWIV, SWIV), CSA (File: 0, Class: 0), CE 0-, RoHS

27 Dimensions TDRPRO Series Accessories Dimensions in. (mm) 0-0DL- Mounts Directly to the DIN Rail or Panel 0-0DL- Mounts Directly to the DIN Rail or Panel. (). (.).0 (.). () 0. (.). (). (.). (). () 0. (.). (.). (0) IEC: NEMA: A A.0 (.). (0) IEC: NEMA: A 0 A. (0). (.) 0-0E- DIN or Panel Mounting with Elevator Terminals 0-0E- DIN or Panel Mounting with Elevator Terminals 0. () 0. (). () 0. (.). () 0. (.). () A A A A IEC: NEMA: A. () A A 0 IEC: NEMA: A A A.0 (). () 0. (0).0 () (0). ()

28 Dimensions (continued) TDRPRO Series Accessories Dimensions in. (mm) 0-- DIN Mounting with Screw Terminals and Clamping Plates 0. (.). ().0 () 0-0- Panel Mounting with Screw Terminals and Clamping Plates 0. () 0. (.). (). (). DIA. (0).0 () 0.0 (). (.). () 0 0. DIA. (.). () 0-- DIN Mounting with Screw Terminals and Clamping Plates 0. (.) 0. (). (0). () 0-- Panel Mounting with Screw Terminals and Clamping Plates 0. () 0. (.).0 (0). (.).0 (). () 0. (.). (). ().0 (.) 0. DIA. (.)

29 Wiring Diagrams (continued) TDRPRO Series Accessories Wiring Diagrams 0-0E- 0-0E- 0-0DL- 0-0DL A A A NEMA IEC Module Input A A A NEMA IEC Module Input A Coil Bus Jumper NEMA IEC A Module Input 0 A 0 Coil Bus Jumper NEMA IEC A Module Input A A 0 0 A A NEMA IEC NEMA IEC 0 A 0 NEMA IEC A A NEMA IEC A

30 Application Data Definition A time delay is a controlled period between the functioning of two events. A time delay relay combines an electromechanical output relay and a control circuit. The control circuit is composed of solid-state components that control the operation of the relay and the timing range. Typical time delay functions include: On-Delay Repeat Cycle (Starting Off) Interval Off-Delay Retriggerable One-Shot Repeat Cycle (Starting On) Pulse Generator One-Shot On- and Off-Delay Memory Latch Each function is explained in the table on page. Time delay relays offer a broad choice of timing ranges from less than one second to many days. There are many choices of timing adjustments from calibrated external knobs, DIP switches, thumbwheel switches, or a recessed potentiometer. Principle of Operation Time delay relays are simply control relays with a time delay built in. Their purpose is to control an event based on time. The difference between relays and time delay relays is when the output contacts open and close: on a control relay, contacts change state when voltage is applied and removed from the coil on time delay relays, contacts change state before or after a pre-selected, timed interval Typically, time delay relays are initiated or triggered by one of two methods: application of input voltage (On-Delay, Interval On, Flasher, Repeat Cycle, Delayed Interval, and Interval/Flasher) opening or closing of a trigger signal (Off-Delay, Single Shot, and Watchdog) These trigger signals can be one of two designs: a control switch (dry contact) for example, limit switch, push button, float switch voltage (commonly known as a power trigger) Definitions: Input Voltage: Control voltage applied to the input terminals (see the wiring diagrams on page ). Depending on the function, input voltage either initiates the unit or readies it to initiate when a trigger signal is applied. Trigger Signal: On certain timing functions, a trigger signal initiates the unit after input voltage has been applied. As noted above, this trigger signal can either be a control switch (dry contact switch) or a power trigger (voltage). Output (Load): A time delay relay has an internal relay (usually mechanical) with contacts that open and close to control the load. The contacts are represented by the dotted lines in the wiring diagrams. NOTE: For the time delay relay to operate properly, voltage must be applied to power the load being switched by the relay s output contacts. 0

31 Application Data (continued) Time Delay Relay Functions Function Description Timing Chart Relays On-Delay (A) U T Repeat Cycle: Starting Open (B) Interval (C) Off-Delay, with Switch Trigger (D) Retriggerable One-Shot with Switch Trigger (E) Repeat Cycle: Starting Closed (F) Pulse Generator (G) When the input voltage U is applied, time delay T begins. Relay contact(s) R change state after the time delay is complete. Contacts R return to their shelf state when input voltage U is removed. A trigger switch is not used in this function. When input voltage U is applied, time delay T begins. When time delay T is complete, relay contact(s) R change state for time delay T. This cycle repeats until input voltage U is removed. A trigger switch is not used in this function. When input voltage U is applied, relay contact(s) R change state immediately and the timing cycle begins. When time delay T is complete, contacts return to shelf state. When input voltage U is removed, contacts also return to their shelf state. A trigger switch is not used in this function. Input voltage U must be applied continuously. When trigger switch S is closed, relay contacts R change state. When trigger switch S is opened, delay T begins. When delay T is complete, contacts R return to their shelf state. If trigger switch S is closed before time delay T is complete, then time is reset. When trigger switch S is opened, the delay begins again, and relay contacts R remain in their energized state. If input voltage U is removed, then relay contacts R return to their shelf state. Upon application of input voltage U, the relay is ready to accept trigger signal S. Upon application of trigger signal S, relay contacts R transfer, and preset time T begins. At the end of preset time T, relay contacts R return to their normal condition unless trigger switch S is opened and closed before before preset time T elapses. Continuous cycling of trigger switch S at a rate faster than preset time T causes relay contacts R to remain closed. If input voltage U is removed, relay contacts R return to their shelf state. When input voltage U is applied, relay contacts R change state immediately and time delay T begins. When time delay T is complete, contacts return to their shelf state for time delay T. This cycle repeats until input voltage U is removed. A trigger switch is not used in this function. Upon application of input voltage U, a single output pulse of 0. s is delivered to the relay after time delay T. Power must be removed and reapplied to repeat the pulse. A trigger switch is not used in this function. One-Shot with Upon application of input voltage U, the relay is ready to accept Switch Trigger trigger signal S. Upon application of trigger signal S, relay (H) contacts R transfer, and preset time T begins. During time-out, trigger signal S is ignored. The relay is reset by applying trigger switch S when the relay is not energized. On- and Off- Input voltage U must be applied continuously. When trigger Delay with switch S is closed, time delay T begins. When time delay Switch Trigger T is complete, relay contacts R change state and remain (I) transferred until trigger switch S is opened. If input voltage U is removed, relay contacts R return to their shelf state. Memory Latch with Switch Trigger (J) Input voltage U must be applied continuously. The output changes state with every closure of trigger switch S. If input voltage U is removed, relay contacts R return to their shelf state. R U R U R U S R U S R U R U R U S R U S R U S R T T T T Off On Off On T T T T T T T T On Off On Off T T T Pulse T T time time time time time time time time time time,, TDR, TDRPRO-00, TDRPRO-0, TDRPRO-0,,,, TDRPRO-00, TDRPRO-0, TDRPRO-0,, TDRPRO-00, TDRPRO-0, TDRPRO-0,, TDRPRO-00, TDRPRO-0, TDRPRO-0,, TDRPRO-00, TDRPRO-0, TDRPRO-0,, TDRPRO-00, TDRPRO-0,, TDRPRO-00, TDRPRO-0,, TDRPRO-00, TDRPRO-0,, TDRPRO-00, TDRPRO-0,, TDRPRO-00, TDRPRO-0 Note: G = Gate. R = Relay contacts or outputs. S = Switch trigger. Y = Control contact. T = Time delay setting. U = Input voltage (power supply).

32 Application Data (continued) Applications Legacy Schneider Electric time delay and sensor relays provide cost effective solutions for your industrial timing and sensing needs. Available in a wide array of forms, fits, and functions, these timers offer flexibility and performance for process control and industrial building applications. Typical Examples of Timer Applications Automation Panels Process controls, motor controls, emergency lighting Food & Beverage Commercial/industrial cooking equipment, filtration systems, bottling, chillers, convection ovens Packaging Machinery Conveyor motors, food processors, product/shrink wrap, solenoid controls Lighting Control Traffic signal systems, motorway information systems, theatrical lighting, ballast lighting Power Supplies Universal power supplies, battery backup systems Material Handling Motor control, conveyor controls HVAC & Refrigeration Anti-condensation equipment, compressor controls, blower controls, motorized duct/vent controls Appliances Air conditioners, water heaters, portable heaters, spa controls, water pumps

33 Website Guide The Schneider Electric Relays website ( helps you to easily find the proper relay to fit your design requirements, and to simplify and shorten workflow. Easily find the proper relay to fit your design requirements Online Catalog Find the right product by choosing specifications, compare products side-byside, and view technical specifications, D and D drawings, and associated accessories. Cross-Reference Search Search our comprehensive database to identify products by manufacturer and part number, and link directly to part specifications. D CAD Library View, , download, or insert a file directly into your open CAD software. You can choose from different file formats. D Models Order Free Samples Schneider Electric offers free samples as a courtesy to individuals and companies evaluating our products for their designs and applications. Sample orders are subject to approval. Simplify and shorten workflow Interactive Tools View interactive demonstrations, such as our Time Delay Relay Interactive Demo (left), which visually demonstrates the ten different timing functions offered on legacy Schneider Electric time delay relays. Distributor Inventory Search Search authorized distributors current Schneider Electric inventory and buy online. (Buy online is not available for all distributors.) Time Delay Relay Demo

34 Index -00DIN,, -0/FT- -FT- -C -DCLIP-,, -TDRSC -TDRPROSC 0--, 0-0-, 0--, 0--, 0--, 0--, 0--, 0-0DL-, 0-0DL-, 0-0E-, 0-0E-, 0-D-, 0-E-, 0-EL-, 0-EL-, TD0H-UNI, TD0H-UNI, VS-D, VS-0A, VS-0A, CS-UNI 0, CS-UNI 0, CS-UNI 0, CS-UNI 0, TDRXBX, TDRXDX, TDRPRO-00, TDRPRO-0, TDRPRO-0,

35

36 Schneider Electric USA, Inc. 00 N. Martingale Road Schaumburg, IL 0 Tel: personnel. No responsibility is assumed by Schneider Electric for any consequences arising out of the use of this material. 0 0 Schneider Electric. All Rights Reserved. Schneider Electric is a trademark and the property of Schneider Electric SE, its subsidiaries and 0CT0R0/, 0/0 Replaces 0CT0R0/ dated 0/0