Document o. 587-326 Easylink to Square D Module Product Description The Easylink Module mounts in an enclosure (P/ 587-300, 115 Vac or P/ 587-295, 230 Vac). Once installed, the Easylink Module is positioned approximately 2-1/4-inches off the back wall of the enclosure on a board bracket and four standoffs. There are two man-machine interface () ports on the Module the and the MODEM. These ports are RS-232 ports with quick-connect RJ-11 jacks. All circuits are supervised, except for the MODEM and ports. The Memory Board, which is located underneath the Memory Board cover, plugs into the Easylink Board and contains the Square D module firmware (readonly memory (ROM)). Power is supplied to the Easylink Board via a 12 Vdc plug-in power supply. Refer to the Easylink to Square D Technical Manual (587-351) for further information about the system installation and programming constraints. Product umbers 587-376 Easylink to Square D Module 538-755 Trunk/RS-422 Interface, 115V 538-760 Trunk/RS-422 Interface, 230V 545-132 F Controller Plug-in Power Supply, 115 Vac 545-136 F Controller Plug-in Power Supply, 230 Vac 545-710 Battery Replacement Kit. Refer to 545-408. Caution otations Equipment damage, or loss of data may occur if the you do not follow the procedure as specified. Required Tools and Materials Electro-static discharge (ESD) wrist strap Flat-blade screwdriver (1/8 inch blade width) Wire strippers One 115V or 230V (depending on device) receptacle to power the auxiliary devices Cabling and connectors (Figure 6, Figure 8 and Figure 9.) Always wear an electro-static discharge wrist strip and discharge accumulated static before touching field panel components. Prerequisites Easylink enclosure installed (see Installation Instructions 587-301). All conduit runs to enclosure complete. Staefa and Square D systems installed and checked out by certified representatives for each system. These checkouts must confirm that each system is operating and ready to communicate with the other system. Communication network wire runs from the dedicated Staefa et Controller Trunk to Easylink with wire leads stripped and mating connector available. All required tools and prerequisites from Square D system completed. Page 1 of 10
Document o. 587-326 Expected Installation Time 3 minutes MEMORY BOARD COTROER BOARD Voltage, Current Ratings B, F Trunk, /Modem Port RS-485 Standard RS-232 Standard PORT Underwriters aboratories Inc. ISTED C SMOKE COTRO SYSTEM EQUIPMET SUBASSEMBY. Also suitable for use as: EERGY MAAGEMET SUBASSEMBY. Also suitable for use as: SIGA SYSTEM UIT SUBASSEMBY. Also suitable for use as: PROCESS MAAGEMET EQUIPMET SUBASSEMBY. Issue o. For use with System 600 as part of an engineered smoke control system in accordance with FPA 92A. WARIG: Power must be O when replacing the battery, otherwise the cabinet will coldstart. WARIG: Risk of static discharge. Turn OFF power before removing or servicing boards. Use ESD wrist strap when servicing unit. Controller Board B # Field Panel o./ame Memory F1 F2 F3 BPS (Bits per second) Modem B TIU Enabled Port Modem Port Adhere Bar Code abel in this space. JP2 O 1 OFF 0 MODEM PORT GROUDIG SPADE POWER SWITCH 12 VDC BATTERY F F 1 F 2 F 3 B B STATUS BATT OW GW0454R1 F 1 + - S + - S + - S + - S F F B 2 3 THIRD PARTY COECTOR STAEFA SYSTEM COECTOR Figure 1. Easylink Controller Module. Instructions Preparing to Install the Easylink Board Before removing or installing the Easylink Board, ensure that the power switch is shut OFF on the board (Figure 1). 1. Place the electro-static discharge (ESD) wrist strap on your wrist and attach it to a good earth ground. 2. Remove the temporary connector cover that is wrapped around the board bracket (Figure 2). 3. Remove the F and B connectors from the temporary cover. Reserve the connectors for later use. 4. Discard the temporary connector cover. GW0482R2 Figure 2. Temporary Cover. Installing the Easylink Board 1. Unpack the Easylink Module from the anti-static bag. 2. Rotate the top two plastic stand-offs on the board bracket so that the clip of the standoff is positioned at the top. (Figure 3). Page 2 of 10
Document o. 587-326 WIRE COVER BOARD BRACKET WITH STADOFFS DUPEX RECEPTACES (115 VAC SHOW) ETWORK COECTORS GW0464R1 ITERATURE POCKET Figure 3. Easylink Enclosure; Inside View. 3. With the EDs and F connectors facing you, slide the bottom of the board at a 10 angle into the bottom guides on the board bracket (Figure 4). 4. Position the Module over the standoffs. 5. Straighten the grounding strap so that the spade connector is not behind the Easylink bracket. 6. Push the Module cover back until each standoff snaps into position. 7. Plug the grounding strap wire into the grounding spade labeled JP2 on the Easylink Module (Figure 1). FC0022R1 Figure 4. Module Installation. Page 3 of 10
Document o. 587-326 Connecting Easylink to the Staefa et Controller Trunk 1. Connect the Easylink B Port and the Staefa et Controller Trunk using the guidelines in Figure 5. 2. Move the TT/485 switch to the RS-485 position for the trunk that is dedicated to Easylink (Figure 5). 3. Cycle power to the Staefa et Controller. If you do not correctly position this switch, the Easylink will not communicate with the Staefa system. TT TRUK RS485 + - GW0481R1 TO EASYIK B PORT Figure 5. Staefa et Controller TT/485 Switch. Page 4 of 10
Document o. 587-326 Direct Connect an Easylink to a Square D Device Using RS-485 1. Make cable per diagram in Figure 6. 2. Connect the Easylink to a Square D device using the guidelines in Figure 6. Consult individual Square D s documentation for more information on wiring to the Square D device. OTE: This configuration can only be used for POWEROGIC devices. The network cannot contain POWERIK AS devices. S - + F 1 Easyink RS-485 Trunk Cable (MAX 4000' / 1219.2 m; Standard 24 AWG ow Capacitance) POWEROGIC Devices Tape Back Shield + I + OUT - I - OUT TERMIA BOCK GW0947R1 To Additional Powerlogic Devices Figure 6. Direct Connect an Easylink to a Square D Device Using RS-485. Page 5 of 10
Document o. 587-326 Direct Connect an Easylink to Square D Device Using a Trunk/RS-422 Interface 1. Attach the F 1 wires to the three-position PMD connector as shown on the rear panel of the Trunk/RS-422 Interface (Figure 7). The shield should be taped back or connected as required to obtain a single-ended earth grounded shield. 2. Connect the stripped end of the earth ground wire to the shield position of the PMD Trunk Connect and connect the other end (ring terminal) to earth ground (for example: mounting plate screw of outlet, field panel chassis mounting screw, or other suitable earth ground location). 3. Plug the DC power cord into the transformer connector on the Trunk/RS-422 Interface. Then plug the power pack into the appropriate power source. GW0517R1 Power 6VDC 165ma - + S - + +-+- PMD TRUK/RS422 ITERFACE 538-715 USE COPPER CODUCTORS OY OPERATIG TEMPERATURE 0-50 C(32-122 F) Figure 7. Rear Trunk/RS-422 Interface. 4. Make cable per diagram in Figure 8. 5. Connect cabling to the Square D system using the guidelines in Figure 8. Page 6 of 10
Document o. 587-326 S - + F 1 Easyink RS-485 Trunk Cable (MAX 4000' / 1219.2 m; Standard 24 AWG ow Capacitance) Ground Wire to Earth (P/ 538-583) Power Pack Tape Back Shield S - + - + - + POWER PMD TERMIA BOCK Trunk/RS-422 Interface One Twisted Pair (Standard 24 AWG ow Capacitance) Max ength 4000' Square D ighting Panel - + - + TERMIA BOCK GW0948R1 To Additional Square D Devices Figure 8. Direct Connect an Easylink to a Square D Device Using a Trunk/RS-422 Interface. Page 7 of 10
Document o. 587-326 etwork Connect to a Square D Device Using a SPE4 Port Expander Module Figure 9 shows the pinouts to connect an Easylink to Square D devices using the SPE4 SY/MAX Port Expander (SPE) module. The SPE4 ports must be set according to Table 1. When the Square D System Manager Software is installed, the SPE4 must also be installed. The SPE4 Port Expander modules communicate with each other via a Twinax (blue hose) cable. It is important that the SPE4 modules are configured in the correct way for the particular application. Refer to the Square D documentation for further information. OTES for EPE5 module: 1. Instead of the SPE4 module, an EPE5 Ethernet Port Expander (EPE) module can also be used. 2. The EPE5 Port Expander module uses Ethernet cable. 3. The pinouts in Figure 9 are also valid for an EPE5 module. Table 1. Summary of Point Information Categories by Point Type. Port Usage Mode Comments Connected to Easylink RIM-Slave baud rate 9600 or 19200 net identification 0 parity - EVE data bits - 8 stop bits - 1 buffer limit 16 driver mode 2- WIRE CTS timer - 0 reply timeout - 200 mode RIM - SAVE Connected to Port Expander (CRM510/CRM511) et-to-et Set the correct baud rate. Both ports must have the same port number. Connected to POWEROGIC Pogic Set the correct baud rate. POWERIK AS devices Connected to R&D configuration tool SY/MAX Page 8 of 10
Document o. 587-326 6 7 8 9 1-2 + 3-4 + 5 SPE4 Active Busy Error To Square D Device 1 2 6 7 8 9 1 - RS-485 2 3 4 + RS-485 5 3 From Easylink 4 GW0950R1 0 Figure 9. etwork Connect to a Square D Device Using a SPE4 Port Expander Module. Page 9 of 10
F 1 F 2 F 3 B Document o. 587-326 Powering the Easylink to Square D System 1. Insert the DI plug into the DI socket labeled 12 Vdc on the Easylink Module (Figure 10). 12 VDC + - S + - S + - S + - S 12 VDC COECTOR F0019R1 Figure 11. 115 Vac Power Supply Plugged into Power Receptacle. 3. Switch on power to Easylink (Figure 1). Power is on when the status ED on the bottom of the board is flashing. F0020R1 Figure 10. 12 Vdc Power Supply Connection to Easylink Module. 4. Holding the battery in place, pull mylar strip off of top of battery (Figure 12). Do not remove the battery pull tab. 2. Plug the power pack into the power receptacle of the Easylink Enclosure (Figure 11). BATTERY SIP F0034R1 Figure 12. Battery with Mylar Strip. The installation is now complete. Information in this publication is based on current specifications. The company reserves the right to make changes in specifications and models as design improvements are introduced. Other product or company names mentioned herein may be the trademarks of their respective owners. 2002, Staefa Product Group. Staefa Product Group 1000 Deerfield Parkway Buffalo Grove, I 60089-4513 U.S.A. Your feedback is important to us. If you have comments about this document, please send them to technical.editor@sbt.siemens.com Document o. 587-326 Printed in the U.S.A. Page 10 of 10