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Honeywell PC-502 Product Manual

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Table of Contents

Rev. 1.6 Date 3/17/2017
PC-502 Module Product Guide
Table of Contents .............................................. Page 1
Overview and General Concept ......................... Page 2
Features ............................................................ Page 2
Specifications .................................................... Page 3
Network Typology .............................................. Page 3
Safety/Regulatory .............................................. Page 4
PC-502 Dimensions ........................................... Page 5
Input/Output ....................................................... Page 5
Binding .............................................................. Page 5
Binding the Device ............................................. Page 7
Ordering Information .......................................... Page 8
PC-502 I/O Maps ............................................... Page 8
Appendix 1......................................................... Page 8
Document Revision History ............................... Page 10
PC-502 Module Product Guide
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  Summary of Contents for Honeywell PC-502

  • Page 1: Table Of Contents

    PC-502 Dimensions ........... Page 5 Input/Output ............Page 5 Binding .............. Page 5 Binding the Device ..........Page 7 Ordering Information .......... Page 8 PC-502 I/O Maps ..........Page 8 Appendix 1............Page 8 Document Revision History ....... Page 10 Rev. 1.6 Date 3/17/2017...
  • Page 2: Overview And General Concept

    PC-502 Module Product Guide Overview and General Concepts The INNCOM PC-502 wall mounted module can be used to expand the range of an RF network or to provide the protocol gateway from INNCOM S5bus to RF protocol. The PC-502 can be combined with the B485 (01-9489) to provide RS485 to Deep Mesh RF protocol conversion.
  • Page 3: Specifications

    Appendix 1 shows a typical RS485 application. The PC-502, in participation with the e528, may also provide the in-room to Deep Mesh RF bridge where both wireless in-room and wireless backend networking are required. The PC-502 can also patch areas within the Deep...
  • Page 4: Safety/Regulatory

    PC-502 Module Product Guide Mesh network where signal strength is lost due to distance limitations or interference. Figure 6 in Appendix 1 illustrates a typical PC-502 Deep Mesh application. Safety/Regulatory Parameter Condition Status 02-9994, 02-9894 and Part 15b 029927 are FCC listed.
  • Page 5: Pc-502 Dimensions

    Multi Drop Binding Figure 2 PC-502 Back The PC-502 uses reverse binding to acquire the information necessary to participate in a network application. The device must signal that it’s prepared to accept the networking information from the thermostat. Binding with e528.4G .
  • Page 6 PC-502 Module Product Guide . Set Room ID (rId) in the e528 Press DISPLAY; the current rId will scroll across the screen. Note: If a value other than rId appears, use the UP/DOWN buttons to scroll through the values. The upper digit (“HI”) of the Room ID should appear. Use UP/DOWN to change the value (0–6).
  • Page 7: Binding The Device

    4. Using a small point (e.g., the end of a straightened paper clip), press the recessed Reset/Bind switch on the PC502 once. 5. The thermostat sends a bind offer to the PC-502. If accepted, the thermostat will buzz loudly. The PC-502 will reset.
  • Page 8: Ordering Information

    Protocol Converter PC502: 20dB radio; 201-502.2.BK.P Black housing PC-502 I/O Maps Default PC-502 I/O Maps Deep Mesh Gateway Deep Mesh Room Gateway - Default I/O Map - 0 or 227 Rental/Room Gateway/CELS/Network ID servers enabled Default PC-502 I/O Maps S5bus converter RF to S5bus converter only.
  • Page 9 PC-502 Module Product Guide Figure 5 PC-502 RS-485 Network Figure 6 PC-502 Deep Mesh Network Rev. 1.6 Date 3/17/2017...
  • Page 10: Document Revision History

    Honeywell makes no representations or warranties with respect to this document. In no event shall Honeywell be liable for technical or editorial omissions or mistakes in this document, nor shall it be liable for any damages, direct or incidental, arising out of or related to the use of this document. No part of this document may be reproduced in any form or by any means without prior written permission from Honeywell.