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Fire Safety Installation Instructions Model RCM-1 Riser Control Module Siemens Building Technologies, Inc. Siemens Building Technologies, Ltd. 8 Fernwood Road 2 Kenview Boulevard Florham Park, New Jersey 07932 Brampton, Ontario L6T 5E4 CN P/N 315-093878-11...
Refer to LLM-1 Installation Instructions, P/N 315- control and supervision of global paging risers 093530. in MXL voice networks. The RCM-1 is a double- Modes of Operation width card and has 4 ports (See Figure 1) with the following inputs and outputs:...
Lights when the RCM-1 transmits voice using the copper wire XMIT connections. XMIT F Green Lights when the RCM-1 transmits voice using any of the fiber optic ports. Green Lights when the RCM-1 is in local mode. Flashes when there is no valid carrier on the riser.
PORT A: Copper Connection To The ACM Figure 3 Description of the RCM-1 Terminals The RCM-1 can be connected in many different ways. Table 2 describes the various applications. The block diagrams below show the possible configurations. TABLE 2 RCM-1 APPLICATIONS Application No.
Application 1 Typical Style 4 Installation RCM-1 Nos. 4, 5, and 6 have local ACMs, but cannot output to the global bus — they can only receive. Application 2 Style 4 with a Style 4 Output Only Extension Application 3...
Combination Wire and Fiber Installation Application 9 Style 4 Repeater Installation INSTALLATION The RCM-1 takes up one of the 255 possible network addresses. Use switch S1 to set the MXL network address. Set this switch according Remove all system power before to the address where the RCM-1 is installed in installation, first battery and then AC.
EOL Rx7, connections on Style 7 R terminals; connections on the Style 4 R and T terminals (Style 7 only) First and only RCM-1 in a PORT C Style 4 extension First RCM-1 in a PORT C Style 4 extension with...
The RCM-1 mounts in the OMM-1 or OMM-2 CAUTION inside the MXL cabinet. Note that the RCM-1 is a INSERT THE RCM-1 MODULE IN THE double-width card that requires the removal of the OMM-1/2 WITH THE ELECTRONIC middle card guides on the OMM-1 and OMM-2...
Extension - Application 2 (See Figure 5) 2. Limit the maximum resistance of loop total from the first RCM to The RCM-1 provides a Style 4 output which the last RCM to 100 ohms. Maximum line capacitance = 1µF. 3. The wiring is power limited to NFPA 70 per NEC 760.
Typical Style 7 Connections - Application 3 (See Figure 6) The RCM-1 provides a Style 7 output which can be used to connect to other systems which NOT USED require global paging capability. Port B Style 4 receive from transmit out on other RCMs.
Extension - Application 4 (See Figure 7) 2. Limit the maximum resistance of loop total from the first RCM to The RCM-1 provides a Style 7 output which the last RCM to 100 ohms. Maximum line capacitance = 1µF. 3. The wiring is power limited to NFPA 70 per NEC 760.
Typical Style 4 Fiber Optic Connections with Optional PORT C Extension - Applications 5 and 6 (See Figure 8) The RCM-1 provides a Style 4 Fiber Optic output which can be used to connect to other systems which only require global voice output.
Typical Style 7 Fiber Optic Connections with Optional PORT C Extension - Application 7 (See Figure 9) The RCM-1 provides a Style 7 Fiber Optic output which can be used to connect to other systems which require global paging capability. A Style 4 Fiber Optic output only (PORT C) extension is also supported.
Combination Fiber and Wire Style 4 Connection - Application 8 (See Figure 10) The RCM-1 can support a combination of fiber optics and wire which can be used to connect NOT USED to other systems which require global paging capability.
Style 4 Repeater Connection - Application 9 (See Figure 11) The RCM-1 can be used as a repeater when the required global riser exceeds 100 ohms. Do not NOT USED install more than two repeaters in any global riser. Port B receive from transmit out on last RCM in the old global riser.
RCM Style 4 connections to the OCC RCM Style 6 connections to the OCC RCM Style 4 connections to the ACM RCM Style 6 connections to the ACM Figure 12 Wiring Configurations for the OCC and ACM P/N 315-093878-11...
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