SCP Hardware Quick Reference

Transcription

1 SP Hardware Quick Reference RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: /08

2 Table Of ontents MODEL PAGE MODEL PAGE MINI-SP MINI-SPE 5 SP-MB 7 SP-E 9 SP-MEM SP-MEM7 EP-50 5 EP-50 PLUS 7 EP-50 9 EP-500 EP-50 LP-50 5 LP-50 PLUS 7 LP-50 9 LP-500 MR-50 Series 5 MR-50 Series 7 MR-50 Series 9 MR-5E MR-5 Series MR-5 Series 5 MR-5 Series 7 MR-6E 9 MR-6IN Series 5 MR-6IN Series 5 MR-6IN Series 55 MR-6OUT Series 57 MR-6OUT Series 59 MR-6OUT Series 6 MUX-8 6 LP RS Technologies, LL. - All rights reserved.

3 (Always set to ) J (Always set to W) J7 85 W W TO MINI-SP Quick Reference MINI-SP not evaluated by UL Detail + Volts D (50mA) - Tamper Input (N/ - Jumper if not used) Power Fault (N/ - Jumper if not used) AD A { { IN IN (Always closed) J J (Not used) U 85 J J5 J6 J9 (Always set to ) J8 J0 (Always closed) (hannel Termination) J (hannel Termination) J TXD TR+ RXD TR- RTS R+ TR+ TS R- TR- TR+ TR- Host hannel (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) Memory Backup Battery (Exp. ) Battery Bypass Sleeve (Exp. ) REMOVE FOR SERVIE U S LED A LED B LED Address Dip Switch (Fig. ) Normal LED Function LED A = Power (~ pulse/second) LED B = Host ommunication (~ pulse/second) LED = SIO ommunication (Rapid pulse) RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 0/0

4 TO Figure : Host hannel and Address Dip Switch onfiguration Oview S - RS- Hardwired Address Dip Switch Address Off Off Off Off Off On On Off S - Dialup Address Dip Switch Address On Off Off Off On On On Off DB-9 Wiring DB-5 Wiring USR Sportster,600 External Modem DB-5 Wiring TXD TR+ RXD TR- Pin Pin 5 9 TXD TR+ RXD TR- Pin Pin TXD TR+ RXD TR- Pin Pin Pin Pin 6 Jump, 6 & 0 together RTS R+ TS R- Pin 5 6 RTS R+ TS R- Pin 7 RTS R+ TS R- Pin 5 Pin 7 Pin Figure : RS-85 Sub-Panel Bus Termination TR+ (hannel Termination) J (hannel Termination) J TR- TR+ TR- The MINI-SP has two distinct RS-85 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. (see Two Wire RS-85 Wiring diagram for sub-panel wiring information) Explanation : Memory Backup Battery If the MINI-SP should experience a complete power loss, the volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The MINI-SP will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR5 lithium battery or equivalent. TE: When setting up or servicing the MINI-SP, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use. 08 RS Technologies, LL. - All rights reserved.

5 (Always set to ) J (Always set to W) J7 85 W W TO MINI-SPE Quick Reference MINI-SPE not evaluated by UL Detail + Volts D (50mA with NI) - Tamper Input (N/ - Jumper if not used) Power Fault (N/ - Jumper if not used) { { AD A IN IN (Always open) J J (Exp. ) U 85 J J5 J6 J9 (Always set to ) J8 J0 (Always closed) (hannel Termination) J (hannel Termination) J TXD TR+ RXD TR- RTS R+ TR+ TS R- TR- TR+ TR- Host hannel (Not used) hannel RS-85 Sub-Panel Bus (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) Address Dip Switch Memory Backup Battery (Exp. ) Battery Bypass Sleeve (Exp. ) REMOVE FOR SERVIE U S LED A LED B LED Always set to address 0. Always turn on switches 5, 6 & 7. Set switches prior to powering up. Normal LED Function LED A = Power (~ pulse/second) LED B = Host ommunication (~ pulse/second) LED = SIO ommunication (Rapid pulse) RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 0/0

6 TO Explanation : Network Interface ard Oview Network Interface ard Setup The 0Base-T Network Interface ard (NI) has been installed on the MINI-SPE by the factory and acts as the interface between the software and the MINI-SPE. The NI will require an IP Address, Subnet Mask and Gateway in order for the software to communicate with it. To program this information into the NI, a MA Address is required. Every NI has a unique MA Address which can be found on the white tag that is attached to it. A sample of a MA Address would be 00-0-A-7-OF-7F and can be found under the model number of the NI (O-E-AA). Programming the NI can be performed through one of three methods. Method One: RS Programmer (P/N: RS-PROG-TOOL) The RS Programmer comes with a cross-over cable which is used to connect the programmer to the MINI-SPEs NI. After connecting the programmer to the NI, power up the MINI-SPE and the RS Programmer. The programming software will automatically launch. Enter the NIs MA Address into the MA Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SP type and software application from their respective drop lists and then click the 'Set onfiguration' button. One of two messages will appear, 'onfiguration set!' if the programming was successful or 'Panel timeout' if the programming failed. Method Two: Access It! Ultra SPe IP Programmer Access It! Ultra installs a utilities folder which contains the SPe IP Programmer. If the computer resides on the same subnet as the NI being programmed, you may program it while connected to the network. From the start menu, click Start Programs Access It! Ultra Utilities SPe IP Programmer to run the SP-E/MINI SP-E Programmer utility. Enter the NIs MA Address into the MA Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SP type and software application from their respective drop lists and then click the 'Set onfiguration' button. One of two messages will appear, 'onfiguration set!' if the programming was successful or 'Panel timeout' if the programming failed. Method Three: Manually The manual ARP command is a tedious, but effective method in programming the NI. This method should be used only as a last resort. If the computer resides on the same subnet as the NI being programmed, you may program it while connected to the network. From the start menu, click Start Run followed by typing 'cmd' for NT.0, 000 and XP or 'command' for 98 and Me. This will open a ommand Prompt window from which the following commands will be run from. Power Recycle Switch Status LEDs RJ-5 Jack LED Description LED Functions (Green) Serial Port hannel Status Lights solid green to indicate hannel is idle. Blinks green to indicate hannel is connected to the network and active. (Yellow) Serial Port hannel Status Lights solid yellow to indicate hannel is idle. Blinks yellow to indicate hannel is connected to the network and active. Blinks or lights solid red in combination with the green (hannel ) LED to indicate diagnostics and error detection. (Red) Diagnostics (Green) Network Link Status *non-fatal error Red solid, green (hannel ) blinking: x: EPROM checksum error x: RAM error x: Network controller error x: EEPROM checksum error 5x: Duplicated IP address on the network* 6x: Software does not match hardware* Red blinking, green (hannel ) blinking: x: Faulty network connection* 5x: No DHP response received* Lights solid green to indicate network port is connected to the network ommand Prompt Window Portion ommand Variable Reference General ommand Information arp -s xxx.xxx.xxx.xxx yy-yy-yy-yy-yy-yy<enter> xxx.xxx.xxx.xxx = IP Address Temporarily sets the IP Address. yy-yy-yy-yy-yy-yy = MA Address telnet xxx.xxx.xxx.xxx <Enter> xxx.xxx.xxx.xxx = IP Address The telnet connection will fail, but the NI will change its IP Address. telnet xxx.xxx.xxx.xxx 9999 xxx.xxx.xxx.xxx = IP Address Opens a telnet session for further programming. Telnet Session Window Portion ommand Variable Reference General ommand Information <Enter> Enters the NIs Setup Mode. 0<Enter> Selects option 0 Server configuration. xxx<enter> xxx = First IP octet Programs the NIs first IP octet. xxx<enter> xxx = Second IP octet Programs the NIs second IP octet. xxx<enter> xxx = Third IP octet Programs the NIs third IP octet. xxx<enter> xxx = Fourth IP octet Programs the NIs fourth IP octet. Y Y = Yes Enables Gateway to be programmed. xxx<enter> xxx = First Gateway octet Programs the NIs first Gateway octet. xxx<enter> xxx = Second Gateway octet Programs the NIs second Gateway octet. xxx<enter> xxx = Third Gateway octet Programs the NIs third Gateway octet. xxx<enter> xxx = Fourth Gateway octet Programs the NIs fourth Gateway octet. xx<enter> xx = Number of bits to mask Programs the NIs Subnet Mask (08) class /8 bits ( ) (6) class B 6/6 bits ( ) () class A 8/ bits ( ) <Enter> Bypasses the hange telnet config password option. <Enter> Selects option hannel configuration. 800<Enter> Programs the Baudrate to 8,00. <Enter> Programs the I/F Mode to. 0<Enter> Programs the Flow to 0. xxxxx<enter> xxxxx = Network TP port (000) Default Access It! setting (00) If running Access It! Lite or Access It! UltraLite. Programs the Port No to 000 or 00 IMPORTANT TE: Only set the Port No to 00, when running Access It! Lite or Access It! UltraLite which require the Lantronix Redirector Software! 0<Enter> Programs the onnectmode to 0. <Enter> Bypasses the first Remote IP Address octet option. <Enter> Bypasses the second Remote IP Address octet option. <Enter> Bypasses the third Remote IP Address octet option. <Enter> Bypasses the fourth Remote IP Address octet option. <Enter> Bypasses the Remote Port option. <Enter> Bypasses the DisonnMode option. <Enter> Bypasses the FlushMode option. <Enter> Bypasses the hours DisonnTime option. <Enter> Bypasses the minutes DisonnTime option. <Enter> Bypasses the Sendhar option. <Enter> Bypasses the Sendhar option. 5<Enter> Selects option 5 Expert settings. 5<Enter> Programs the TP Keepalive time to 5 seconds. 9<Enter> Selects option 9 Save and exit. Explanation : Memory Backup Battery If the MINI-SPE should experience a complete power loss, the volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The MINI-SPE will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR5 lithium battery or equivalent. TE: When setting up or servicing the MINI-SPE, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use. (hannel Termination) J (hannel Termination) J Figure : RS-85 Sub-Panel Bus Termination TR+ TR+ TR- TR- The MINI-SPE has two distinct RS-85 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. (see Two Wire RS-85 Wiring diagram for sub-panel wiring information) 08 RS Technologies, LL. - All rights reserved.

7 (Always set to 5K) J (Always set to 5K) J (Always set to 5K) J LED A LED B LED (Always set to ) J9 (Always set to W) J 85 W W TO SP-MB Quick Reference SP-MB not evaluated by UL Detail + Volts D (50mA) - Tamper Input (N/ - Jumper if not used) Power Fault (N/ - Jumper if not used) { { AD A IN IN 85 J0 J J (Always closed) J8 (Always closed) J7 J (Always set to ) J5 (hannel Termination) J6 (hannel Termination) TXD TR+ RXD TR- RTS R+ TS R- TR+ TR+ TR- TR- TR+ Host hannel (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) J7 (hannel Termination) TR- TR5+ hannel RS-85 Sub-Panel Bus (Fig. ) U J8 (hannel 5 Termination) TR5- hannel 5 RS-85 Sub-Panel Bus (Fig. ) S Address Dip Switch (Fig. ) Normal LED Function LED A = Power (~ pulse/second) LED B = Host ommunication (~ pulse/second) LED = SIO ommunication (Rapid pulse) U8 J5 8K 5K Memory Expansion Bus (Exp. ) U7 U6 Memory Backup Battery (Exp. ) REMOVE FOR SERVIE Battery Bypass Sleeve (Exp. ) RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 0/0

8 TO Figure : Host hannel and Address Dip Switch onfiguration Oview S - RS- Hardwired Address Dip Switch Address Off Off Off Off Off On On Off S - Dialup Address Dip Switch Address On Off Off Off On On On Off DB-9 Wiring DB-5 Wiring USR Sportster,600 External Modem DB-5 Wiring TXD TR+ RXD TR- Pin Pin 5 9 TXD TR+ RXD TR- Pin Pin TXD TR+ RXD TR- Pin Pin Pin Pin 6 Jump, 6 & 0 together RTS R+ TS R- Pin 5 6 RTS R+ TS R- Pin 7 RTS R+ TS R- Pin 5 Pin 7 Pin Figure : RS-85 Sub-Panel Bus Termination TR+ J5 (hannel Termination) J6 (hannel Termination) J7 (hannel Termination) J8 (hannel 5 Termination) TR- TR+ TR- TR+ TR- TR5+ TR5- The SP-MB has four distinct RS-85 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J5 is the termination jumper for the hannel RS-85 Sub-Panel Bus. J6 is the termination jumper for the hannel RS-85 Sub-Panel Bus. J7 is the termination jumper for the hannel RS-85 Sub-Panel Bus. J8 is the termination jumper for the hannel 5 RS-85 Sub-Panel Bus. (see Two Wire RS-85 Wiring diagram for sub-panel wiring information) Explanation : Memory Backup Battery Explanation : Memory Expansion If the SP-MB should experience a complete power loss, the volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The SP-MB will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR5 lithium battery or equivalent. TE: When setting up or servicing the SP-MB, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use. The SP-MB is equipped with MB of upgradeable RAM. A maximum of MB may be achieved by adding the SP-MEM. Please refer to the SP-MEM Quick Reference for detailed installation instructions. 08 RS Technologies, LL. - All rights reserved.

9 LED A LED B LED TO SP-E Quick Reference SP-E not evaluated by UL Detail + Volts D (600mA with NI) - Tamper Input (N/ - Jumper if not used) Power Fault (N/ - Jumper if not used) Secondary Host (Not used) Memory Backup Battery (Exp. ) { { AD A IN IN (Always set to ) J6 (Always set to ) J9 (Always set to ) J (Always set to ) J5 TXD6 TR6+ RXD6 TR6- RTS6 R6+ TS6 R6- REMOVE FOR SERVIE 85 W W 85 J0 (Always closed) J8 (Always closed) J7 (Always set to W) J (Always set to ) W W 85 J8 (Always set to W) J5 (Always set to ) U J7 (Exp. ) 85 J J6 J7 J0 (Always set to ) J9 J (Always closed) (hannel Termination) J (hannel Termination) J (hannel Termination) J6 (Always open) J 5K 57K J (Not used) J5 (Always set to 5K) J (hannel 5 Termination) TXD TR+ RXD TR- RTS R+ TR+ TR+ TR+ TR5+ TS R- TR- TR- TR- TR5- S Host hannel (Not used) hannel RS-85 Sub-Panel Bus (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) hannel RS-85 Sub-Panel Bus (Fig. ) hannel 5 RS-85 Sub-Panel Bus (Fig. ) Address Dip Switch Always set to address 0. Always turn on switch 5. Set switches prior to powering up. Battery Bypass Sleeve (Exp. ) Normal LED Function LED A = Power (~ pulse/second) LED B = Host ommunication (~ pulse/second) LED = SIO ommunication (Rapid pulse) Memory Expansion Bus (Exp. ) U J RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 0/0

10 TO Explanation : Network Interface ard Oview Network Interface ard Setup The 0Base-T Network Interface ard (NI) has been installed on the SP-E by the factory and acts as the interface between the software and the SP-E. The NI will require an IP Address, Subnet Mask and Gateway in order for the software to communicate with it. To program this information into the NI, a MA Address is required. Every NI has a unique MA Address which can be found on the white tag that is attached to it. A sample of a MA Address would be 00-0-A-7-OF-7F and can be found under the model number of the NI (O-E-AA). Programming the NI can be performed through one of three methods. Method One: RS Programmer (P/N: RS-PROG-TOOL) The RS Programmer comes with a cross-over cable which is used to connect the programmer to the SP-Es NI. After connecting the programmer to the NI, power up the SP-E and the RS Programmer. The programming software will automatically launch. Enter the NIs MA Address into the MA Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SP type and software application from their respective drop lists and then click the 'Set onfiguration' button. One of two messages will appear, 'onfiguration set!' if the programming was successful or 'Panel timeout' if the programming failed. Method Two: Access It! Ultra SPe IP Programmer Access It! Ultra installs a utilities folder which contains the SPe IP Programmer. If the computer resides on the same subnet as the NI being programmed, you may program it while connected to the network. From the start menu, click Start Programs Access It! Ultra Utilities SPe IP Programmer to run the SP-E/MINI SP-E Programmer utility. Enter the NIs MA Address into the MA Address fields. Enter the desired IP Address, Gateway and Subnet Mask into their respective fields. Select the appropriate SP type and software application from their respective drop lists and then click the 'Set onfiguration' button. One of two messages will appear, 'onfiguration set!' if the programming was successful or 'Panel timeout' if the programming failed. Method Three: Manually The manual ARP command is a tedious, but effective method in programming the NI. This method should be used only as a last resort. If the computer resides on the same subnet as the NI being programmed, you may program it while connected to the network. From the start menu, click Start Run followed by typing 'cmd' for NT.0, 000 and XP or 'command' for 98 and Me. This will open a ommand Prompt window from which the following commands will be run from. ommand Prompt Window Portion ommand Variable Reference General ommand Information arp -s xxx.xxx.xxx.xxx yy-yy-yy-yy-yy-yy<enter> xxx.xxx.xxx.xxx = IP Address Temporarily sets the IP Address. yy-yy-yy-yy-yy-yy = MA Address telnet xxx.xxx.xxx.xxx <Enter> xxx.xxx.xxx.xxx = IP Address The telnet connection will fail, but the NI will change its IP Address. telnet xxx.xxx.xxx.xxx 9999 xxx.xxx.xxx.xxx = IP Address Opens a telnet session for further programming. Telnet Session Window Portion ommand Variable Reference General ommand Information <Enter> Enters the NIs Setup Mode. 0<Enter> Selects option 0 Server configuration. xxx<enter> xxx = First IP octet Programs the NIs first IP octet. xxx<enter> xxx = Second IP octet Programs the NIs second IP octet. xxx<enter> xxx = Third IP octet Programs the NIs third IP octet. xxx<enter> xxx = Fourth IP octet Programs the NIs fourth IP octet. Y Y = Yes Enables Gateway to be programmed. xxx<enter> xxx = First Gateway octet Programs the NIs first Gateway octet. xxx<enter> xxx = Second Gateway octet Programs the NIs second Gateway octet. xxx<enter> xxx = Third Gateway octet Programs the NIs third Gateway octet. xxx<enter> xxx = Fourth Gateway octet Programs the NIs fourth Gateway octet. xx<enter> xx = Number of bits to mask Programs the NIs Subnet Mask (08) class /8 bits ( ) (6) class B 6/6 bits ( ) () class A 8/ bits ( ) <Enter> Bypasses the hange telnet config password option. <Enter> Selects option hannel configuration. 500<Enter> Programs the Baudrate to 5,00. <Enter> Programs the I/F Mode to. 0<Enter> Programs the Flow to <Enter> Programs the Port No to <Enter> Programs the onnectmode to 0. <Enter> Bypasses the first Remote IP Address octet option. <Enter> Bypasses the second Remote IP Address octet option. <Enter> Bypasses the third Remote IP Address octet option. <Enter> Bypasses the fourth Remote IP Address octet option. <Enter> Bypasses the Remote Port option. <Enter> Bypasses the DisonnMode option. <Enter> Bypasses the FlushMode option. <Enter> Bypasses the hours DisonnTime option. <Enter> Bypasses the minutes DisonnTime option. <Enter> Bypasses the Sendhar option. <Enter> Bypasses the Sendhar option. 5<Enter> Selects option 5 Expert settings. 5<Enter> Programs the TP Keepalive time to 5 seconds. 9<Enter> Selects option 9 Save and exit. Power Recycle Switch Status LEDs RJ-5 Jack LED Description LED Functions (Green) Serial Port hannel Status Lights solid green to indicate hannel is idle. Blinks green to indicate hannel is connected to the network and active. (Yellow) Serial Port hannel Status Lights solid yellow to indicate hannel is idle. Blinks yellow to indicate hannel is connected to the network and active. Blinks or lights solid red in combination with the green (hannel ) LED to indicate diagnostics and error detection. (Red) Diagnostics (Green) Network Link Status *non-fatal error Explanation : Memory Backup Battery If the SP-E should experience a complete power loss, the volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The SP-E will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR5 lithium battery or equivalent. TE: When setting up or servicing the SP-E, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use. Explanation : Memory Expansion Red solid, green (hannel ) blinking: x: EPROM checksum error x: RAM error x: Network controller error x: EEPROM checksum error 5x: Duplicated IP address on the network* 6x: Software does not match hardware* Red blinking, green (hannel ) blinking: x: Faulty network connection* 5x: No DHP response received* Lights solid green to indicate network port is connected to the network The SP-E is equipped with MB of upgradeable RAM. A maximum of 8MB may be achieved by adding the SP-MEM7 or MB by adding the SP-MEM. Please refer to the SP-MEM7 Quick Reference and the SP-MEM Quick Reference for detailed installation instructions. (hannel Termination) J (hannel Termination) J (hannel Termination) J 08 RS Technologies, LL. - All rights reserved. Figure : RS-85 Sub-Panel Bus Termination J (hannel 5 Termination) TR+ TR+ TR5- TR- TR- TR+ TR5+ TR- The SP-E has four distinct RS-85 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. J is the termination jumper for the hannel 5 RS-85 Sub-Panel Bus. (see Two Wire RS-85 Wiring diagram for sub-panel wiring information)

11 TO SP-MEM Quick Reference SP-MEM not evaluated by UL Detail U U U5 J U U U6 5KB Memory Module (6) Memory Expansion Bus (Fig. ) Top View Bottom View RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 0/0

12 TO Figure : Proper Mounting Oview U U U5 J REMOVE FOR SERVIE U U U U5 J U U U6 U U U6 SP-MEM Standoff Position REMOVE FOR SERVIE SP-MB Top View SP-E Top View Place the edge of the SP-MEM board into the standoff prior to seating the memory expansion bus. SP-MB Side View 08 RS Technologies, LL. - All rights reserved. SP-E Side View

13 TO SP-MEM7 Quick Reference SP-MEM7 not evaluated by UL Detail U U U9 J U U U0 U7 U5 U U 5KB Memory Module () U8 U6 U U Memory Expansion Bus (Fig. ) Top View Bottom View RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 0/0

14 TO Figure : Proper Mounting Oview The SP-MEM7 LY works on the SP-E and is only supported with Access It! Ultra, Access It! Ultra Titanium Edition and Access It! Enterprise Edition. REMOVE FOR SERVIE U U U9 U J U U U0 U7 U5 U U SP-MEM7 Standoff Position U8 U6 U U SP-E Top View Place the edge of the SP-MEM7 board into the standoff prior to seating the memory expansion bus. SP-E Side View 08 RS Technologies, LL. - All rights reserved.

15 J7 S IN IN VO LED BZR LK DAT LED BZR LK DAT VO VIN S V PoE J - - Amber LED Green LED TO EP-50 Quick Reference EP-50 not evaluated by UL Detail Top View Bottom View 0/00 Ethernet Host hannel (Explanation ) Relay Relay TB5 Auxiliary Output (A@8Vdc - Figure ) D9 D0 RLY Door Strike (A@8Vdc - Figure ) RLY Volts D ±0% LY! (Vdc - 900mA max.) Optional Door Strike Power - VO / (Vdc - 00mA max.) J - EP-50 Power Source Selector J Setting Power Source PoE Power Over Ethernet V* External Power Source *Vdc power connected to TB. Positive lead to pin (VIN) and negative lead to pin (). Status LED Mostly On Mostly Off Toggle - EP-50 Status Online Offline - Host ommunication Flashes while communicating with host. - Reader & Activity - Door ontact Battery Low (Double Flashes) Flashes when data is received from either reader port. Open losed Fault 5 - Door REX Active Inactive Fault Reader Port Wiegand Reader (Figure ) 6 abinet Tamper 7 - Not Used Alarm Secure N/A N/A N/A N/A D9 - Relay Energized De-Energized N/A Reader Port Wiegand Reader (Figure ) MR-DT Keypad (Figure ) RS-85 Reader Interface D0 - Relay Amber - Ethernet Speed Green Link/Activity Energized De-Energized N/A 00 Mb/S 0 Mb/S N/A Link No Link Ethernet Activity Exit Request (N/O - Figure ) Door ontact (N/ - Jumper if not used - Figure ) J7 - Tamper Input (N/ - Jumper if not used) TB BT S - onfiguration Dip Switch (Explanation ) S - Reset Switch (Does T erase system config./databases) BT - SRAM Backup Battery (Retains system config./databases about weeks) Mechanical Specifications Dimensions 5.5" (0mm) W x.75" (70mm) L Temperature -55º to +85º, storage 0º to +70º, operating Humidity 0% to 95% RH RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 5/0

16 LED BZR LK DAT VO VIN VO LED BZR LK DAT VO LED BZR LK DAT Open Open IN x IN x IN x IN x V PoE losed losed J TO Explanation : S onfiguration DIP Switch & Primary 0/00 Ethernet Host hannel Oview. Set all S - onfiguration DIP Switch DIPs. Apply power to the EP-50 Bulk Erasing The System onfiguration And ardholder Databases. Set S - onfiguration DIP Switch DIPs &. Set S - onfiguration DIP Switch DIPs &. Apply power to the EP-50 onfiguring Primary 0/00 Ethernet Host hannel For DHP Enabled Networks. Make note of the MA address located on the side of the RJ5 jack. Run Access It! Universal 5. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server 6. reate a new SP General Tab Model: EP-50 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 omm Tab hannel: <Set to the newly created channel> TP/IP Settings IP Address: <MAxxxxxxxxxxxx> If the MA address from step was 00-0F-E B then the IP Address field must be entered as the Host Name of MA000FE5000B. Port Number: 00 Encryption Settings: None TE: If unable to resolve the Host Name to an IP Address, contact your local network administrator. LEDs & and LEDs & flash alternately at a.5 second rate. Within 0 seconds, switch S - onfiguration DIP Switch DIP LED flashes at a second rate as memory is being erased WARNING! DO T YLE POWER Erasing memory takes approximately 60 seconds to complete. LEDs & flash for 0 seconds after the memory has been erased, then the EP-50 reboots 5. The EP-50 is now ready to be configured as needed Figure : Reader Port. Set S - onfiguration DIP Switch DIP. Set S - onfiguration DIP Switch DIPs, &. Apply power to the EP-50. Manually configure a computer to Using a crossover cable, connect computer to EP Open a web browser and go to Set S - onfiguration DIP Switch DIP 8. lick on lick Here to Login 9. lick on ontinue to this website (not recommended). 0. Enter a Username of admin. Enter a Password of password. lick Network from the left hand menu. Select Use Static IP configuration:. lick OK IP Address: <Set accordingly> Subnet Mask: <Set accordingly> Default Gateway: <Set accordingly> 5. lick Apply Setting from the left hand menu 6. lick Apply, Reboot button 7. Wait 60 seconds for EP-50 to reboot 8. Remove power from the EP-50 onfiguring Primary 0/00 Ethernet Host hannel For A Static IP Address 9. Set all S - onfiguration DIP Switch DIPs 0. Remove crossover cable and connect to network. Apply power to the EP-50. Run Access It! Universal. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server. reate a new SP General Tab Model: EP-50 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 omm Tab hannel: <Set to the newly created channel> TP/IP Settings IP Address: <Set accordingly> Port Number: 00 Encryption Settings: None Figure : Output Wiring Options Depending on your power source, use one of the two methods of transient clamping shown below to protect the relay contacts and to reduce electromagnetic interference (EMI emissions). Always protect against accidental overloads by wiring in an inline fuse to the (common) side of the relay as shown below. D Fuse D Source Diode* Load *Diode Selection Inductive Load Diode urrent Rating > x Strike urrent Diode Break Down Voltage: x Strike Voltage Vdc or Vdc Strike, Diode N00 (00V / A) Typical A Fuse A Source MOV* Load *MOV Selection Inductive Load lamp Voltage >.5x Vac RMS Vac Strike, Panasonic ERZ-07DK70 Typical Figure : Reader Port Figure : Input Wiring Options Wiegand Reader Black Red Green White Yellow Brown Wiegand Reader Black Green White Yellow Brown Red TB MR-DT R AB 5 M 9 YZ Black Gray Blue (Not used) (Not used) Red TB Non-Supervised Supervised 08 RS Technologies, LL. - All rights reserved.

17 J7 S IN IN VO LED BZR LK DAT LED BZR LK DAT VO VIN S V PoE J - - Amber LED Green LED TO EP-50 Plus Quick Reference EP-50 Plus not evaluated by UL Detail Top View Bottom View 0/00 Ethernet Host hannel (Explanation ) Relay Relay TB5 Auxiliary Output (A@8Vdc - Figure ) D9 D0 RLY N Door Strike (A@8Vdc - Figure ) Status LED Mostly On Mostly Off Toggle Volts D ±0% LY! (Vdc - 900mA max.) Optional Door Strike Power - VO / (Vdc - 00mA max.) - EP-50 Status Online Offline - Host ommunication Flashes while communicating with host. - Reader & Activity Battery Low (Double Flashes) Flashes when data is received from either reader port. - Door ontact Open losed Fault J - EP-50 Power Source Selector J Setting Power Source PoE Power Over Ethernet V* External Power Source *Vdc power connected to TB. Positive lead to pin (VIN) and negative lead to pin (). 5 - Door REX 6 abinet Tamper 7 - Not Used D9 - Relay Active Alarm N/A N/A N/A Energized Inactive Secure De-Energized Fault N/A N/A Reader Port Wiegand Reader (Figure ) *Vdc power connected to TB. Positive lead to pin (VO) and negative lead to pin (). D0 - Relay Amber - Ethernet Speed Green Link/Activity Energized De-Energized N/A 00 Mb/S 0 Mb/S N/A Link No Link Ethernet Activity Sub-Panel Bus (Figure ) EP-50 SIO Wiring LK DAT VO Not Used LED Not Used BZR Not Used Exit Request (N/O - Figure ) Door ontact (N/ - Jumper if not used - Figure ) J7 - Tamper Input (N/ - Jumper if not used) TB BT S - onfiguration Dip Switch (Explanation ) S - Reset Switch (Does T erase system config./databases) BT - SRAM Backup Battery (Retains system config./databases about weeks) Mechanical Specifications Dimensions 5.5" (0mm) W x.75" (70mm) L Temperature -55º to +85º, storage 0º to +70º, operating Humidity 0% to 95% RH RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: /08

18 LED BZRLKDAT VO VIN Open Open V PoE IN x IN x IN x IN x J losed losed TO Explanation : S onfiguration DIP Switch & Primary 0/00 Ethernet Host hannel Oview. Set all S - onfiguration DIP Switch DIPs. Apply power to the EP-50 Bulk Erasing The System onfiguration And ardholder Databases. Set S - onfiguration DIP Switch DIPs &. Set S - onfiguration DIP Switch DIPs &. Apply power to the EP-50 onfiguring Primary 0/00 Ethernet Host hannel For DHP Enabled Networks. Make note of the MA address located on the side of the RJ5 jack. Run Access It! Universal 5. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server 6. reate a new SP General Tab Model: EP-50 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 omm Tab hannel: <Set to the newly created channel> TP/IP Settings IP Address: <MAxxxxxxxxxxxx> If the MA address from step was 00-0F-E B then the IP Address field must be entered as the Host Name of MA000FE5000B. Port Number: 00 Encryption Settings: None TE: If unable to resolve the Host Name to an IP Address, contact your local network administrator. LEDs & and LEDs & flash alternately at a.5 second rate. Within 0 seconds, switch S - onfiguration DIP Switch DIP LED flashes at a second rate as memory is being erased WARNING! DO T YLE POWER Erasing memory takes approximately 60 seconds to complete. LEDs & flash for 0 seconds after the memory has been erased, then the EP-50 reboots 5. The EP-50 is now ready to be configured as needed Figure : Sub-Panel ommunication MR-5 () MR-5 () EP-50 PLUS apacities Any combination of up to 8 wired SIO's up to,000' and / or 8 MR-5E s supporting a maximum of 7 total readers Supported SIO s: MR-5e MR-50 MR-6IN MR-5 MR-6OUT MR-5e MR-5e. Set S - onfiguration DIP Switch DIP. Set S - onfiguration DIP Switch DIPs, &. Apply power to the EP-50. Manually configure a computer to Using a crossover cable, connect computer to EP Open a web browser and go to Set S - onfiguration DIP Switch DIP 8. lick on lick Here to Login 9. lick on ontinue to this website (not recommended). 0. Enter a Username of admin. Enter a Password of password. lick Network from the left hand menu. Select Use Static IP configuration:. lick OK D IP Address: <Set accordingly> Subnet Mask: <Set accordingly> Default Gateway: <Set accordingly> 5. lick Apply Setting from the left hand menu 6. lick Apply, Reboot button 7. Wait 60 seconds for EP-50 to reboot 8. Remove power from the EP-50 Fuse D Source Diode* Load *Diode Selection Inductive Load Diode urrent Rating > x Strike urrent Diode Break Down Voltage: x Strike Voltage Vdc or Vdc Strike, Diode N00 (00V / A) Typical onfiguring Primary 0/00 Ethernet Host hannel For A Static IP Address 9. Set all S - onfiguration DIP Switch DIPs 0. Remove crossover cable and connect to network. Apply power to the EP-50. Run Access It! Universal. reate a new hannel A hannel Enabled: X Protocol Type: SP hannel Type: IP Server. reate a new SP General Tab Model: EP-50 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 omm Tab hannel: <Set to the newly created channel> TP/IP Settings Fuse Figure : Input Wiring Options Non-Supervised IP Address: <Set accordingly> Port Number: 00 Encryption Settings: None Figure : Output Wiring Options Depending on your power source, use one of the two methods of transient clamping shown below to protect the relay contacts and to reduce electromagnetic interference (EMI emissions). Always protect against accidental overloads by wiring in an inline fuse to the (common) side of the relay as shown below. Figure : Reader Port Wiegand Reader Black Red Green White Yellow Brown A Source MOV* Load *MOV Selection Inductive Load lamp Voltage >.5x Vac RMS Vac Strike, Panasonic ERZ-07DK70 Typical Supervised 08 RS Technologies, LL. - All rights reserved.

19 TB TB0 RS-85 Sub-Panel Bus Termination (Figure 5) - J5 TB RESET TO EP-50 Quick Reference *Not evaluated by UL Detail LED LED LED LED TMP LED FLT LED R LED R Wiegand Reader MR-DT Battery Bypass Sleeve (Exp. ) Memory Backup Battery (Exp. ) Normal LED Function Off-Line / On-Line & Battery Status Off-Line if 0% on On-Line if 80% on Battery low if double flashing Serial Host hannel Activity hannel Internal Sub-Panel Activity hannel RS-85 Sub-Panel Activity Unassigned Reader Port Activity Reader Port Activity S - Reset Switch (Explanation ) Figure (Wiegand Reader Example) 5 9 R AB M YZ Black Green White Yellow Brown Red Black Gray Blue Red (See J7 - Reader Power) Door Strike (Form-, 5A@8Vdc, resistive - Figure ) Auxiliary Output (Form-, 5A@8Vdc, resistive - Figure ) Door Strike (Form-, 5A@8Vdc, resistive - Figure ) Auxiliary Output (Form-, 5A@8Vdc, resistive - Figure ) (Not used) (Not used) (See J7 - Reader Power) Figure (MR-DT* Keypad Example) TB9 OUT OUT OUT OUT TMP FLT R R (Remote display of LED ) (Remote display of LED ) (Remote display of LED ) (Remote display of LED ) READER READER DAT D0 LK D BZR LED VO DAT D0 LK D BZR LED VO TB8 S REMOVE FOR SERVIE PASS J7 + - Reader Ports & Wiegand Readers (Figure ) MR-DT Keypad (Figure ) RS-85 Reader Interface V Relay Relay S LED D7 (red) LED SPD (amber) LED AT (green) Normal Primary 0/00 Ethernet Host hannel LED Function Relay Relay Primary 0/00 Ethernet Host hannel Activity Ethernet Speed 0Mb/S if off 00Mb/S if on Link & Activity No link if off Good link if on Activity if flashing Mechanical Specifications Dimensions 8.0" (0.mm) W x 6.0" (5.mm) L Temperature -55º to +85º, storage 0º to +9º, operating Humidity 0% to 85% RH J7 Setting V PT J7 - Reader Power Reader Port VO Output (50mA max.) VO = Vdc regulated VO = VIN Use V setting LY when VIN power is >6Vdc. Readers requiring a different rating than listed above should be powered separately. The reader ground must reference the panel ground. Relay LEDs = Energized K K K K Relay LED Relay LED Relay LED Relay LEd Input LEDs = Inactive = Active Flashing = Trouble IN Door ontact LED IN Exit Request LED IN Door ontact LED IN Exit Request LED IN5 Auxiliary Input 5 LED IN6 Auxiliary Input 5 LED IN7 Auxiliary Input 7 LED IN8 Auxiliary Input 8 LED TB TB D7 VIN TMP FLT TXD RXD RTS TS TB IN IN TB5 TB6 TB7 SPD AT to Volts D (500mA max.) Tamper Input (N/ - Jumper if not used) Power Fault (N/ - Jumper if not used) 0/00 Ethernet Host hannel (Explanation ) Remote LED Status (Observe polarity connection to LED) S - onfiguration Dip Switch (Explanation ) Serial Host hannel* hannel RS-85 Sub-Panel Bus ( wire LY! - Figure 5) Door ontact (N/ - Jumper if not used - Figure ) Exit Request (N/O - Figure ) Door ontact (N/ - Jumper if not used - Figure ) Exit Request (N/O - Figure ) Auxiliary Input 5 (N/ - Jumper if not used - Figure ) Auxiliary Input 6 (N/ - Jumper if not used - Figure ) Auxiliary Input 7 (N/ - Jumper if not used - Figure ) Auxiliary Input 8 (N/ - Jumper if not used - Figure ) RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 8/08

20 Open Open IN x IN x IN x IN x losed losed J5 TB TO Explanation : S onfiguration DIP Switch & Primary 0/00 Ethernet Host hannel Oview. Set all S - onfiguration DIP Switch DIPs. Apply power to the EP-50 Bulk Erasing The System onfiguration And ardholder Databases. Set S - onfiguration DIP Switch DIPs &. Set S - onfiguration DIP Switch DIPs &. Apply power to the EP-50 onfiguring Primary 0/00 Ethernet Host hannel For DHP Enabled Networks. Make note of the MA address located on the side of the RJ5 jack. Run Access It! Universal 5. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server 6. reate a new SP General Tab Model: EP-50 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 SIO Port Speed omm Tab Port : 800 Port : 800 hannel: <Set to the newly created channel> TP/IP Settings IP Address: <MAxxxxxxxxxxxx> If the MA address from step was 00-0F-E B then the IP Address field must be entered as the Host Name of MA000FE5000B. Port Number: 00 Encryption Settings: None TE: If unable to resolve the Host Name to an IP Address, contact your local network administrator. LEDs & and LEDs & flash alternately at a.5 second rate. Within 0 seconds, switch S - onfiguration DIP Switch DIP LED flashes at a second rate as memory is being erased WARNING! DO T YLE POWER Erasing memory takes approximately 60 seconds to complete. LEDs & flash for 0 seconds after the memory has been erased, then the EP-50 reboots 5. The EP-50 is now ready to be configured as needed Explanation : S - Reset Switch Pressing the S - Reset Switch will cause the EP-50 to reboot. This process will T erase the system configuration and cardholder databases. Explanation : Memory Backup Battery If the EP-50 should experience a complete power loss, the volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The EP-50 will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR 5, BR0, or R0 lithium battery or equivalent. For UL installations, refer to L-UL Hardware Installation Manual DOLUL-R0 for replacement procedures.. Set S - onfiguration DIP Switch DIP. Set S - onfiguration DIP Switch DIPs, &. Apply power to the EP-50. Manually configure a computer to Using a crossover cable, connect computer to EP Open a web browser and go to Set S - onfiguration DIP Switch DIP 8. lick on lick Here to Login 9. lick on ontinue to this website (not recommended). 0. Enter a Username of admin. Enter a Password of password. lick Network from the left hand menu. Select Use Static IP configuration:. lick OK IP Address: <Set accordingly> Subnet Mask: <Set accordingly> Default Gateway: <Set accordingly> 5. lick Apply Setting from the left hand menu 6. lick Apply, Reboot button 7. Wait 60 seconds for EP-50 to reboot 8. Remove power from the EP Set all S - onfiguration DIP Switch DIPs 0. Remove crossover cable and connect to network TE: When setting up or servicing the EP-50, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use. Only Stand-Alone system was evaluated by UL 08 RS Technologies, LL. - All rights reserved. onfiguring Primary 0/00 Ethernet Host hannel For A Static IP Address. Apply power to the EP-50. Run Access It! Universal. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server. reate a new SP General Tab Model: EP-50 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 SIO Port Speed omm Tab Port : 800 Port : 800 hannel: <Set to the newly created channel> TP/IP Settings IP Address: <Set accordingly> Port Number: 00 Encryption Settings: None Figure : Output Wiring Options Depending on your power source, use one of the two methods of transient clamping shown below to protect the relay contacts and to reduce electromagnetic interference (EMI emissions). Always protect against accidental overloads by wiring in an inline fuse to the (common) side of the relay as shown below. D Fuse D Source Diode* Load *Diode Selection Inductive Load Diode urrent Rating > x Strike urrent Diode Break Down Voltage: x Strike Voltage Vdc or Vdc Strike, Diode N00 (00V / A) Typical Figure : Input Wiring Options Non-Supervised Supervised A Fuse A Source MOV* Load *MOV Selection Inductive Load lamp Voltage >.5x Vac RMS Vac Strike, Panasonic ERZ-07DK70 Typical Figure 5: RS-85 Sub-Panel Bus Termination The EP-50 has one RS-85 subpanel bus and must be terminated at the beginning and ending point. J5 is the termination jumper for the hannel RS-85 Sub-Panel Bus. (see Two Wire RS-85 Wiring diagram for sub-panel wiring information) Refer to L-UL Hardware Installation Manual DOLUL-R

21 TB J5 PORT J PORT TB J0 J8 J9 J7 PORT TB TO EP-500 Quick Reference *Not evaluated by UL Detail Battery Bypass Sleeve (Explanation ) Memory Backup Battery (Explanation ) REMOVE FOR SERVIE S Mechanical Specifications Dimensions 5.0" (7mm) W x 6.0" (5.mm) L Temperature -55º to +85º, storage 0º to +9º, operating Humidity 0% to 85% RH TB VIN TMP to Volts D (0mA or 5mA* with Micro-5) Tamper Input (N/ - Jumper if not used) S - Reset Switch (Explanation ) S - onfiguration Dip Switch (Explanation ) S LED D7 (red) LED SPD (amber) LED AT (green) Normal Primary 0/00 Ethernet Host hannel LED Function Primary 0/00 Ethernet Host hannel Activity Ethernet Speed 0Mb/S if off 00Mb/S if on Link & Activity No link if off Good link if on Activity if flashing D7 FLT SPD AT Power Fault (N/ - Jumper if not used) Primary 0/00 Ethernet Host hannel (Explanation ) 5 6 LED LED LED LED LED 5 LED 6 Normal LED Function Off-Line / On-Line & Battery Status Off-Line if 0% on On-Line if 80% on Battery low if double flashing Serial Host hannel Activity hannel RS-85 Sub-Panel Activity hannel RS-85 Sub-Panel Activity Not used Not used J6 (Always closed) (hannel Termination) (Always set to ) 85 TXD RXD RTS TS Backup Micro-5 Ethernet Host hannel* Serial Host hannel* hannel RS-85 Sub-Panel Bus ( wire LY! - Figure ) Remote LED Status (Observe polarity connection to LED) J J5 J6 J7 - + (Remote display of LED ) (Remote display of LED ) (Remote display of LED ) (Remote display of LED ) (hannel Termination) hannel RS-85 Sub-Panel Bus ( wire LY! - Figure ) RS Technologies, LL - 00 Fisher Street, Suite G - Munster, IN 6 - (877) Fax (9) Revised: 8/08

22 TB J5 J TB TO Explanation : S onfiguration DIP Switch & Primary 0/00 Ethernet Host hannel Oview onfiguring Primary 0/00 Ethernet Host hannel For DHP Enabled Networks onfiguring Primary 0/00 Ethernet Host hannel For A Static IP Address. Set all S - onfiguration DIP Switch DIPs. Apply power to the EP-500. Make note of the MA address located on the side of the RJ5 jack. Run Access It! Universal 5. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server 6. reate a new SP General Tab Model: EP-500 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 SIO Port Speed omm Tab Port : 800 Port : 800 hannel: <Set to the newly created channel> TP/IP Settings IP Address: <MAxxxxxxxxxxxx> If the MA address from step was 00-0F-E B then the IP Address field must be entered as the Host Name of MA000FE5000B. Port Number: 00 Encryption Settings: None TE: If unable to resolve the Host Name to an IP Address, contact your local network administrator.. Set S - onfiguration DIP Switch DIP. Set S - onfiguration DIP Switch DIPs, &. Apply power to the EP-500. Manually configure a computer to Using a crossover cable, connect computer to EP Open a web browser and go to Set S - onfiguration DIP Switch DIP 8. lick on lick Here to Login 9. lick on ontinue to this website (not recommended). 0. Enter a Username of admin. Enter a Password of password. lick Network from the left hand menu. Select Use Static IP configuration: IP Address: <Set accordingly> Subnet Mask: <Set accordingly> Default Gateway: <Set accordingly>. lick OK 5. lick Apply Setting from the left hand menu 6. lick Apply, Reboot button 7. Wait 60 seconds for EP-500 to reboot 8. Remove power from the EP Set all S - onfiguration DIP Switch DIPs 0. Remove crossover cable and connect to network. Apply power to the EP-500. Run Access It! Universal. reate a new hannel hannel Enabled: X Protocol Type: SP hannel Type: IP Server. reate a new SP General Tab Model: EP-500 Device Installed: X SP Time Zone: <Set accordingly> Initialization String: <Leave blank> Address: 0 SIO Port Speed Port : 800 Port : 800 omm Tab hannel: <Set to the newly created channel> TP/IP Settings IP Address: <Set accordingly> Port Number: 00 Encryption Settings: None Bulk Erasing The System onfiguration And ardholder Databases. Set S - onfiguration DIP Switch DIPs &. Set S - onfiguration DIP Switch DIPs &. Apply power to the EP-500 LEDs & and LEDs & flash alternately at a.5 second rate. Within 0 seconds, switch S - onfiguration DIP Switch DIP LED flashes at a second rate as memory is being erased WARNING! DO T YLE POWER Erasing memory takes approximately 60 seconds to complete. LEDs & flash for 0 seconds after the memory has been erased, then the EP-500 reboots 5. The EP-500 is now ready to be configured as needed Explanation : Memory Backup Battery If the EP-500 should experience a complete power loss, the volt lithium memory backup battery provides power to the onboard memory which contains the card file, activity transactions and system configuration data. The EP-500 will retain all database information during a power failure for up to 60 days. For optimum reliability, the memory backup battery should be replaced yearly using only a type BR5, BR0, or R0 lithium battery or equivalent. For UL installations, refer to L-UL Hardware Installation Manual DOLUL-R0 for replacement procedures. TE: When setting up or servicing the EP-500, it is recommended to leave the battery bypass sleeve in place until all system testing is completed. By keeping the battery bypass sleeve in between the battery and the '+' post, you can be certain that the memory is being completely flushed during power cycles. Upon completion, be certain to remove the battery bypass sleeve and store it within the enclosure for future use. Explanation : S - Reset Switch Figure : RS-85 Sub-Panel Bus Termination Pressing the S - Reset Switch will cause the EP-500 to reboot. This process will T erase the system configuration and cardholder databases. (hannel Termination) The EP-500 has two distinct wire RS-85 sub-panel buses. Each bus needs to be terminated at both the beginning and ending points. J is the termination jumper for the hannel RS-85 Sub-Panel Bus. J5 is the termination jumper for the hannel RS-85 Sub-Panel Bus. (hannel Termination) (see Two Wire RS-85 Wiring diagram for sub-panel wiring information) Only Stand-Alone system was evaluated by UL 08 RS Technologies, LL. - All rights reserved. Refer to L-UL Hardware Installation Manual DOLUL-R