Port swap on Wireless-Enabled VMA1610/1620s - Metasys - Part No. 24-10325-10 - MS-ZFRCBL-0 - MS-ZFR1811-1 - MS-ZFR1811-0 - MS-ZFRRPT-0 - MS-ZFRZCT-0 - Bulb controller - ZFR1811 Wireless Field Bus Router - 5

ZFR1811 Wireless Field Bus Router Installation Instructions

Product
Network and Communications > Wireless Devices > ZFR1811 Wireless Field Bus Router
Document type
Installation Guide
Document number
Part No. 24-10325-10
Document revision
L
Version
5
Revision date
01/02/2017

On the VMA1610/1620 models, when the 128 bit switch on the address DIP switch is turned ON (to enable wireless operation), the FC and SA bus are swapped internally. All connections that were SA bus (RJ-12 and terminal blocks) are now FC bus connections. The terminal block connections marked for the FC bus are now connected internally to the SA bus.

If you have an installation that calls for a wired IOM connected to the SA Bus of a wireless-enabled VMA1610/1620 field controller, connect the IOM to the FC Bus Terminals (which are really the SA Bus terminals on a VMA1610/1620 in wireless mode) as indicated in #d7e987__fig_gtd_q12_dgb and Figure 4.

Note:

The VMA1615/1630 controller have RJ-12 connectors on the FC bus and SA bus. These controllers do not require port swapping when in wireless mode.

Figure 1. ZFRCBL accessory (Not to scale)

Figure 2. Pin Number assignments for RJ-12 Jack

Figure 3. Connecting an FEC to a Wireless-Enabled VMA

Note: Do not wire any other devices directly to the SA Bus terminal block.
Figure 4. Wiring a Discharge Air Netsensor, Zone Netsensor with terminal block, or IOM to a wireless-enabled VMA1610/1620 Field Controller