Breaker Interface Module II - Eaton Canada

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I.B. 29C893B Page 15 SECTION 4: OPERATION 4-1 GENERAL This section specifically describes the operation and functional use of the Breaker Interface Module. It is recommended that the operator review the material presented in Sections 2 and 3 prior to operating and using the Breaker Interface Module. The Breaker Interface Module is a device used to access and program the capabilities of OPTIM 550, OPTIM 750, OPTIM 1050 and Magnum 1150 Trip Units. It can also be used to access only Digitrip RMS 810, Digitrip RMS 910 and Magnum 520MC Trip Units. Specific details associated with each individual trip unit are covered in separate instruction manuals for the different trip units (Appendix A). Only the information required to properly and effectively utilize the Breaker Interface Module is presented in this manual. Insure that the Breaker Interface Module has been properly installed and wired in keeping with the information presented in Section 5 before operating this device. It further assumes that all the devices to be monitored are connected and network and/or sub-network wiring is in place. A Breaker Interface Module menu diagram provides an overall picture of this device’s capabilities and the order in which the functional displays appear as the device is operated (Figure 4-1). It is highly recommended that this menu diagram be reviewed before proceeding with the rest of this section. Such a review will greatly assist with the initial understanding. In addition, the menu diagram provides a good review for those already familiar with the Breaker Interface Module. Section 4 covers the operation and use of the Breaker Interface Module. It is broken down into six general categories: • Security Password • Power Application • Configure Trip Units • Displayed Information • Communications • Test Trip Units 4-2 SECURITY PASSWORD The Breaker Interface Module utilizes a password to restrict access to certain functional options. A valid password is required to access the following main menu options or specific options within a particular main menu option: Effective 2/01 • Program Settings • Program Group • Test • System Only - Set Date - Set Time - Update Devices - Set Device Description - Set Group Description - Set Password - Set Energy Synchronization Mode - Assign Peak Exceeded Output - Assign Watt-hour Pulse Initiator Output The Breaker Interface Module is supplied with a factory programmed password of 10000. If it is desirable to establish a new password, follow the procedure outlined in paragraph 4-2.1. 4-2.1 CHANGE SECURITY PASSWORD Step 1: Use the Up or Down or Next pushbuttons to move to the System main menu. Step 2: Use the Select pushbutton to enter the System main menu. Step 3: Continue using the Down pushbutton to move to the Set Security Password display (Figure 4-2). Step 4: Press and release the Select pushbutton again. The display will ask for a protective password. Use the Up or Down pushbuttons to arrive at the present valid password. As previously mentioned, the factory programmed password is 10000. Step 5: Use the Select pushbutton to enter the valid password. Once the password is accepted, the far left character space in the password field begins to blink, and the existing password continues to be displayed. The blinking indicates which character is able to be changed. The choice of characters is a number from 0 to 9. Step 6: Use the Up or Down pushbuttons to change individual characters and the Next pushbutton to move from one character to another. Step 7: When the displayed password is acceptable, press and release the Select and Next pushbuttons simultaneously to enter the new password into memory. The Function Display will return to Set Password. Notice: It is strongly suggested that a record be made of any new password and stored in a safe place. If a new password is programmed and
Page 16 ➂ MAIN MENU ➀ ➄ 13 METER HARMONICS VIEW SETTINGS PROGRAM SETTINGS ➁ ➁ ➁ ➃ ➁ 24 11 Phase A Current Phase A Phase B Current THD Magnitude ➅ Configuration Phase C Current Phase B THD Magnitude Protection ➅ Ground Current Neutral Current Min Max Current Power Peak Demand Total Energy Forward Energy Reverse Energy System Power Factor 4 17 Voltage A-B Voltage B-C Voltage C-A Voltage A-N Voltage B-N Voltage C-N ➆ ➉ ➅ Min A Current Max A Current Min B Current Max B Current Min C Current Max C Current Min Ground Current Max Ground Current Min Neutral Current Max Neutral Current Reset Phase C THD Magnitude Phase A (%) Harmonic Content Phase B (%) Harmonic Content Phase C (%) Harmonic Content ➂ Ground THD Magnitude Ground (%) Harmonic Content Neutral (%) Harmonic Content 18 Neutral THD Magnitude 4 19 ➅ ➅ ➅ ➅ ➅ Fundamental thru 27 Harmonics Fundamental thru 27 Harmonics Fundamental thru 27 Harmonics Fundamental thru 27 Harmonics Fundamental thru 27 Harmonics Figure 4-1 Breaker Interface Module Menu Diagram — (continued to next page) ➉ Firmware Versions & Revisions Number of Poles Phase A Indicator Frequency Sentinel CT Ratio Sentinel VAR Sign Convention Sentinel Wiring Scheme Waveform Acquisition Interval Sliding Window Assignment ➆/➇ ➉ 20 Pulse Initiation ➂ Device Alarms BIM Alarm No Response Enable Memory Error Enable Bad Frame Enable Breaker Trip Enable Long Delay Enable Ground Overcurrent Enable Neutral Overcurrent Enable High Load Enable Operations Enable kVA Demand Enable kW Demand Enable Demand Peak Exceeded Setting WH Pulse Initiator Setting Power Factor Enable THD Enable Undervoltage Enable Overvoltage Enable Underfrequency Enable Overfrequency Enable Reverse Phase Sequence Enable ➆/➇ ➉ 20 ➅ ➅ ➈ ➈ Ground Setting Neutral Setting High Load Setting High Load Time Operations Setting kVA Demand Setting kW Demand Setting Power Factor Setting THD Setpoints Log Enable Undervoltage Setting Undervoltage Time Overvoltage Setting Overvoltage Time Underfrequency Pickup Underfrequency Time Overfrequency Pickup Overfrequency Time Reverse Phase Sequence ➆/➇ ➉ 20 I.B. 29C893B Frame Size Rating Plug Long Delay Action Long Delay Slope Long Delay Setting Long Delay Time Powered Thermal Memory Unpowered Thermal Memory Short Delay Action Short Delay Slope Short Delay Setting Short Delay Time Instantaneous Action Instantaneous Setting Discriminator Ground Fault Action Ground Fault Slope Ground Fault Setting Ground Fault Time Ground Current Sense Ground Scale Factor Breaker Neutral Ratio Amp Out Of Balance Trip Amp Out Of Balance Time Phase Loss Trip Time Undervoltage Trip Setting Undervoltage Trip Time Underfrequency Trip Pickup Underfrequency Trip Time Overfrequency Trip Pickup Overfrequency Trip Time Reverse Power Trip Action Reverse Power Trip Time ➆/➇ ➉ 20 Effective 2/01 28 28 28 28 21
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
Page 8 and 9: I.B. 29C893B Page 1 SECTION 1: INTR
Page 10 and 11: I.B. 29C893B Page 3 Figure 1-2 Typi
Page 12 and 13: I.B. 29C893B Page 5 the LEDs when l
Page 14 and 15: I.B. 29C893B Page 7 2-3.4 LEFT REAR
Page 16 and 17: I.B. 29C893B Page 9 SECTION 3: OPER
Page 18 and 19: I.B. 29C893B Page 11 Figure 3-3 Dev
Page 20 and 21: I.B. 29C893B Page 13 Figure 3-7 Rai
Page 24 and 25: I.B. 29C893B Page 17 ➀ Use Up, Do
Page 26 and 27: I.B. 29C893B Page 19 Figure 4-5 Typ
Page 28 and 29: I.B. 29C893B Page 21 Step 6: Use th
Page 30 and 31: I.B. 29C893B Page 23 4-4.6 ASSIGN T
Page 32 and 33: I.B. 29C893B Page 25 Figure 4-23 Pr
Page 34 and 35: I.B. 29C893B Page 27 Figure 4-30 Ma
Page 36 and 37: I.B. 29C893B Page 29 Table 4.1 Alar
Page 38 and 39: I.B. 29C893B Page 31 Effective 2/01
Page 40 and 41: I.B. 29C893B Page 33 Figure 5-2 Bre
Page 42 and 43: I.B. 29C893B Page 35 Figure 5-4 Con
Page 44 and 45: I.B. 29C893B Page 37 SECTION 6: TRO
Page 46 and 47: I.B. 29C893B Page 39 Table 6.1 Trou
Page 48 and 49: I.B. 29C893B Page 41 Table A.1 Inst

Breaker Interface Module II - Eaton Canada

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