Hubbel BECKWIT ELECTRIC M-2339 Application Manual

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Application Guide

M‑2339

Adapter Panel

A proud member of the Hubbell family.

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Page 1 Application Guide M‑2339 Adapter Panel A proud member of the Hubbell family.
Page 2 TRADEMARKS All brand or product names referenced in this document may be trademarks or registered trademarks of their respective holders. The content of this Instruction Book is provided for informational use only and is subject to change without notice. Beckwith Electric has approved only the English version of this document.
Page 3 CONTROLS Adapter Panel M‑2339 Adapts M‑2001 Series Digital Tapchanger Control to Replace Siemens UJ‑3T, SJ‑4T, SJ‑5T, SJ‑6T, IJ‑2T, IJ‑2AT, MJ‑3T and MJ‑3AT Controls • Connects easily to the M‑2001 Series Digital Tapchanger Control using mounting screws and 24‑pin connector • Provides direct mechanical replacement of the original panel •...
Page 4 M‑2339 Adapter Panel – Specification The M‑2339 is an adapter panel which, when combined with the M‑2001 Series Digital Tapchanger Control, provides convenient direct replacement for Siemens UJ‑3T, SJ‑4T, SJ‑5T, SJ‑6T, IJ‑2T, IJ‑2AT, MJ‑3T and MJ‑3AT LTC Transformer Control Panels. The M‑2339 mounts against a flat surface and includes a hinged front panel.
Page 5: Testing Specifications
M‑2339 Adapter Panel – Specification Testing Specifications High Voltage: High Voltage: All input and output terminals will withstand 1500 Vac rms to chassis or instrument ground for one minute with a leakage current not to exceed 25 mA, for all terminals to ground. Input and output circuits are electrically isolated from each other, from other circuits and from ground.
Page 6 BECKWITH ELECTRIC BECKWITH ELECTRIC 6190 118th Avenue North • Largo, Florida 33773-3724 U.S.A. 6190 118th Avenue North • Largo, Florida 33773-3724 U.S.A. PHONE (727) 544-2326 PHONE (727) 544-2326 beckwithelectricsupport beckwithelectricsupport hubbell.com hubbell.com www.beckwithelectric.com www.beckwithelectric.com ISO 9001:2015 ISO 9001:2015 A proud member of the Hubbell family. ©...
Page 7 WARNING DANGEROUS VOLTAGES, capable of causing death or serious injury, are present on the external terminals and inside the equipment. Use extreme caution and follow all safety rules when handling, testing or adjusting the equipment. However, these internal voltage levels are no greater than the voltages applied to the external terminals.
Page 8: Product Cautions
PRODUCT CAUTIONS Before attempting any test, calibration, or maintenance procedure, personnel must be completely familiar with the particular circuitry of this unit, and have an adequate understanding of field effect devices. If a component is found to be defective, always follow replacement procedures carefully to that assure safety features are maintained.
Page 9 M‑2339 Application Guide TABLE OF CONTENTS M‑2339 Adapter Panel Application Guide Introduction ......................... 1 Figure 1 Allis Type IJ-2T Replacement Tapchanger Control Schematic ....2 M-2067B Application Guide ....................3 © 1994 Beckwith Electric. All Rights Reserved.
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Page 11 M‑2339 Application Guide INTRODUCTION The Beckwith Electric M-2339 Adapter Panel, used in conjunction with the M-2001 Tapchanger Control, uses modern electronic digital design and digital processing circuitry to achieve an overall stability and resolution unattainable with electromechanical and analog design tapchanger controls. CMOS semiconductors are used throughout the design.
Page 12 M‑2339 Application Guide –2–...
Page 13: Application Guide
Application Guide M‑2067B Adapter Panel A proud member of the Hubbell family.
Page 14 CONTROLS Adapter Panel M‑2067B Adapts M‑2001 Series Digital Tapchanger Control to Replace Westinghouse SVC and SVR Controls and Beckwith Electric M‑0067 Tapchanger Controls, or as a General Purpose LTC Transformer Control • Connects easily to the M‑2001 Series Digital Tapchanger Control using four mounting screws and 24‑pin connector •...
Page 15 M-2067B Adapter Panel – Specification The M‑2067B is an adapter panel which, when combined with the M‑2001 Series Digital Tapchanger Control, provides convenient direct replacement for Westinghouse SVC and SVR controls and Beckwith Electric M‑0067 series controls. The M‑2067B can also be used, with the M‑2001 Series Tapchanger Control, as a general purpose LTC transformer control.
Page 16: Table Of Contents
M-2067B – Application Guide TABLE OF CONTENTS M-2067B Adapter Panel Application Guide Introduction ......................... 1 Description ........................... 1 Standard Features ......................1 Application ........................... 1 Typical Connections ......................1 External Connections ......................1 Lightning Protection ......................2 Non-Sequential Operation ....................2 Operations Counter Input ....................
Page 17 M‑2067B – Application Guide M‑2001 Checkout Procedure .................... 14 Basic Operational Test ...................... 14 In‑Service Test ........................14 M‑2067B Checkout Procedure ..................14 POWER ..........................14 Figure 11 Setup for Current Checkout Procedure ............15 Converting Westinghouse CVR/CVC Tapchanger Control to M‑2067B/M‑2001C Tapchanger Control ......................
Page 18: Introduction
M-2067B Application Guide Introduction The Beckwith Electric M‑2067B Adapter Panel, used in conjunction with the M‑2001 Tapchanger Control, uses modern electronic digital design and digital processing circuitry to achieve an overall stability and resolution unattainable with electromechanical and analog design tapchanger controls. CMOS semiconductors are used throughout the design.
Page 19: Lightning Protection
M‑2067B Application Guide Load current must be reduced by an appropriate auxiliary current transformer to 0.2 A "full scale" before connecting to the M‑2067B current inputs. The Beckwith Electric M‑0121 (5.0 A to 0.2 A) or M‑0169A (5.0 A or 8.66 A to 0.2 A) Auxiliary Current Transformer can be used for this purpose. The M‑0121 can be used with Beckwith Electric Tapchanger Controls when the only burden present is the Line Drop Compensator circuit of the voltage regulating relay.
Page 20: Multi-Step Voltage Reduction
M-2067B Application Guide Multi‑Step Voltage Reduction On the M‑2067B, TB1‑11 and TB1‑12 on the printed circuit board are used together to provide up to three levels of voltage reduction. The external connections to achieve these steps are shown in Figure 1 Figure 2 Table 1.
Page 21 M‑2067B Application Guide Voltage Input (Polarity) Voltage Input (120 V) Load Current (Return) Load Current (Return) See NOTE #1 Neutral Neutral Load Current Load Current (Polarity) (Polarity) Circulating Current Circulating Current (Return) (Return) Circulating Current Circulating Current (Polarity) (Polarity) Tapchanger Raise Output Motor Auxiliary Motor Auxiliary Voltage Voltage...
Page 22: Paralleling
M-2067B Application Guide Voltage Reduction Setpoint: Apply "Wetting Voltage" Multiplier Range from TB1-13 to Terminal # Voltage Reduction Setpoint #1:0 to 10% TB1-11 Voltage Reduction Setpoint #2:0 to 10% TB1-12 Voltage Reduction Setpoint #3:0 to 10% TB1-11 and TB1-12 Table 1 Multi-Step Voltage Reduction External Connections CAUTION: Voltage applied through dry contacts to actuate Voltage Reduction Steps 1, 2, and 3 ▲...
Page 23 M‑2067B Application Guide See Figure 2 for TB1 and TB2 External Connections Figure 3 M-2067B Wiring Harness and External Connections ‑6‑...
Page 24: Use Of The M-0329B Ltc Backup Control With The Tapchanger Control
M-2067B Application Guide Use of the M‑0329B LTC Backup Control with the Tapchanger Control The M‑0329B is a single‑phase, solid‑state backup control that prevents a defective tapchanger control from running the voltage outside the upper and lower voltage limits. The Block Raise and Block Lower voltage levels are set by accurately calibrated dials.
Page 25: Installation
M‑2067B Application Guide Installation The M‑2067B is a general purpose adapter panel that is designed for mounting in a 5‑7/8" x 15‑1/8" panel cutout. Remove the old control from the cabinet. Refer to Figure 8 for outline dimensions; refer to Figure 9 for panel cutout dimensions of the M‑2067B.
Page 26 M-2067B Application Guide 16-14 AWG AMP #51864 or equivalent Recommended Wire Terminations Tighten to 8 inch-pounds Figure 7 M-2067B Wire Terminations for External Connections as Required for UL Listing Figure 8 Outline Dimensions ‑9‑...
Page 27 M‑2067B Application Guide 2-15/16 2-15/16 (7.46) (7.46) 2-25/32 2-25/32 (7.06) (7.06) 7-7/8 (20) 7-9/16 (19.21) C C L L 7-7/8 (20) 7-9/16 (19.21) Inches (Centimeters) 9/32 (0.71) DIA. – 4 Places Figure 9 M-2067B Panel Cutout Dimensions ‑10‑...
Page 28: Bench Test (M-2001 Connected To M-2067B)
M-2067B Application Guide Bench Test (M-2001 Connected to M-2067B) NOTE: This test assumes that the M‑2001 Tapchanger Control is connected to the M‑2067B Adapter Panel. Test Equipment • 0–200 mA current supply with phase angle settings of 0° to +90° •...
Page 29: Reactance
M‑2067B Application Guide Reactance 1. Apply 100.0 mA 90° leading current to TB1‑4 (load current‑polarity) and TB1‑2 (load current‑return) of the adapter panel. 2. Set S to LDC and S to I 3. Set LDC Reactance to 24.0 V. The LOWER LED should illuminate. 4.
Page 30 M-2067B Application Guide Figure 10 M-2067B Test Procedure External Connection ‑13‑...
Page 31: M-2001 Checkout Procedure
M‑2067B Application Guide M-2001 Checkout Procedure NOTE: This test of the M‑2001 assumes that the unit remains connected to the M‑2067B adapter panel. Basic Operational Test 1. Set VT Ratio Correction = 0 V; CT/VT phasing = 0° 2. Apply 120.0 Vac to TB1‑1 (hot) and TB1‑3 (neutral) of the adapter panel. 3.
Page 32 M-2067B Application Guide 3. Apply motor auxiliary voltage to TB1‑8 (motor auxiliary voltage) and TB1‑3 (neutral). Verify that the motor runs in the proper direction when conditions of sensed voltage result in activation of the RAISE and LOWER outputs. WARNING: In no case should the load current circuit be interrupted with the regulator or transformer energized.
Page 33: Converting Westinghouse Cvr/Cvc Tapchanger Control To M-2067B/M-2001C Tapchanger Control
M‑2067B Application Guide Converting Westinghouse CVR/CVC Tapchanger Control to M-2067B/M-2001C Tapchanger Control Introduction The Beckwith Electric M‑2067B/M‑2001C Tapchanger Control is a replacement panel for the Westinghouse CVR/CVC control panel on transformers. However, it is not a direct replacement; three additional relays are needed.
Page 34 M-2067B Application Guide 10. Utilize Figure 9 to locate and drill the 4 mounting holes. 11. Determine where to mount the 3 additional relays. The relays are double pole double throw (DPDT), (use Potter & Brumfield KRP11AG or equivalent). Westinghouse M-2067B Terminal Block CVR/CVC Comments...
Page 35 M‑2067B Application Guide 15. If desired, bench testing may be performed as described in Section 4.0, Bench Test (M‑2001 Connected to M‑2067B). WARNING: An open C.T. secondary will result in high voltage at C.T. terminals. Death, severe injury or damage to equipment can occur. WARNING: Voltages up to 240 Vac could be present, contact can cause death, severe injury or damage to the control.
Page 36: Check-Out Instructions For Westinghouse Cvr/Cvc Conversion To M-2067B/M-2001C Tapchanger Control
M-2067B Application Guide Check-out Instructions for Westinghouse CVR/CVC Conversion to M-2067B/M-2001C Tapchanger Control 1. Set the existing control switches to Local and Manual. Use the existing control switches to manually operate the tapchanger. WARNING: Voltages up to 240 Vac could be present, contact can cause death, severe injury or damage to the control.
Page 37 M‑2067B Application Guide CURR TRANS Note: Components inside dotted lines are replaced. Westinghouse CVR-1 from Westinghouse 254-D-779 Figure 12 Westinghouse CVR-1 Replacement ‑20‑...
Page 38 M-2067B Application Guide No Connection 120X M-2067B Symbol External Relays CVR Symbol M-2067B Voltage Input (Polarity) Load Current (Return) Note Neutral Load Current (Polarity) Circulating Current (Return) Circulating Current (Polarity) Tapchanger Raise Output Motor Auxiliary Voltage Tapchanger Lower Output Non-Sequential Operation/ Auto Tapchange Inhibit Input Voltage Reduction Step #1 Input...
Page 39 M‑2067B Application Guide 4. Read the local voltage displayed by the M‑2001C, then verify that the displayed voltage approximates the actual measured voltage. 5. Set the Bandcenter setting to the same value as the measured voltage. 6. Set the existing AUTO/MANUAL control switch to the MANUAL position. 7.
Page 40 BECKWITH ELECTRIC 6190 118th Avenue North • Largo, Florida 33773-3724 U.S.A. PHONE (727) 544-2326 beckwithelectricsupport hubbell.com www.beckwithelectric.com ISO 9001:2015 © 1993 Beckwith Electric. All Rights Reserved. M‑2067B‑AG Rev 02 03/23...
Page 41 The units described in this manual are covered by The Seller shall not be liable for any property U.S. Patents, with other patents pending. damages whatsoever or for any loss or damage arising out of, connected with, or resulting from this Buyer shall hold harmless and indemnify the Seller, contract, or from the performance or breach thereof, its directors, officers, agents, and employees from...
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Page 44 BECKWITH ELECTRIC BECKWITH ELECTRIC 6190 118th Avenue North • Largo, Florida 33773-3724 U.S.A. 6190 118th Avenue North • Largo, Florida 33773-3724 U.S.A. PHONE (727) 544-2326 PHONE (727) 544-2326 beckwithelectricsupport beckwithelectricsupport hubbell.com hubbell.com www.beckwithelectric.com www.beckwithelectric.com ISO 9001:2015 ISO 9001:2015 © 1994 Beckwith Electric. All Rights Reserved. M‑2339‑AG‑03 11/23...