Breaker Interface Module II - Eaton Canada

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I.B. 29C893B Page 33 Figure 5-2 Breaker Interface Module Dimensions (inches) 5-3 WIRING Wiring of the Breaker Interface Module should follow a suitable wiring plan drawing. The phrase “wiring plan drawing” refers to the drawing or drawings made for the specific application. It describes all electrical connections between the Breaker Interface Module and external equipment. This drawing is the responsibility of the user or OEM. A network wiring diagram can also be helpful for sub-network and network systems (Figure 5- 3). The Breaker Interface Module rear connections/DIP switch diagram (Figure 5-4) will assist with the creation of a wiring plan drawing. The following general considerations should be complied with during the wiring process: 1. All wiring must conform to applicable Federal, State and Local codes. Effective 2/01 2. Wires to the terminal blocks must not be larger than AWG No. 14. Larger wire will not connect properly to the terminal blocks. 3. Terminal blocks have No. 6-32 sems pressure saddle screws. 4. Wiring diagram relay contacts are shown in their deenergized position. 5. The Breaker Interface Module chassis must be connected to ground. A good low impedance chassis ground is essential for proper functioning. 5-4 INITIAL STARTUP This information is intended to be used when first applying control power to the Breaker Interface Module.
Page 34 ➄ Terminating Resistor ➀ Shielded Twisted Pair DSII Circuit Breaker with OPTIM ➆ PONI Module (Required for IMPACC Network Communications) Series C K-Frame MCCB with OPTIM Shielded Twisted Pair ➁ ➃ ➁ Series C L-Frame MCCB with OPTIM IBM Compatible Computer PONI Breaker Interface Module ➀ ➂ SPB Circuit Breaker with OPTIM Circuit Breaker with RMS 810 or 910 ➄ Terminating Resistor Figure 5-3 Typical Network Wiring Diagram ➅ ➁ ➃ Series C N-Frame MCCB with OPTIM Series C R-Frame MCCB with OPTIM ➁ ➁ Series C F-Frame MCCB ES Shielded Twisted Pair IQ Energy Sentinel ➀ I.B. 29C893B ➀ For network interconnection cable, use Belden 9463 or Cutler-Hammer IMPCABLE. ➁ When interconnecting devices, tie shield drain wires together for shield path continuity. ➂ Connect the shield path to a solid earth ground at one point only. ➃ On last device in network, tape shield drain wire back upon cable. ➄ Use a 1/2 watt carbon or metal film resistor at each end of the network as an end of line termination resistor (EOLTR). EOLTR should be 100 ohms for 9600 baud communication rate networks or 150 ohms for 1200 baud communication rate networks. ➅ Network interconnection to computer requires use of an IMPACC master (CONI or MINT). ➆ Devices without built-in communications require network interface module (PONI). For detailed network wiring specifications, call the automatic fax retrieval system (FRED) at 412/494-3745 and request document 17513 or contact the Advanced Products Support Center. Refer to the paragraph entitled “Technical Assistance” in this document. Effective 2/01
Page 1 and 2: P O W E R Q U A L I T Y Cutler-Hamm
Page 3 and 4: Page iv SECTION 1: INTRODUCTION TAB
Page 5 and 6: Page vi LIST OF FIGURES I.B. 29C893
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Page 44 and 45: I.B. 29C893B Page 37 SECTION 6: TRO
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Breaker Interface Module II - Eaton Canada

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