BECKWITH ELECTRIC M-6200A Application Manual

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Page 1

Application Guide

M-6200A B-2355 Series Cooper Hardware Kit Installation Instructions

Page 2

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.

DANGER! HIGH VOLTAGE

– This sign warns that the area is connected to a dangerous high voltage, and you

must never touch it.

PERSONNEL SAFETY PRECAUTIONS

The following general rules and other specific warnings throughout the manual must be followed during application, test or repair of this equipment. Failure to do so will violate standards for safety in the design, manufacture, and intended use of the product. Qualified personnel should be the only ones who operate and maintain this equipment. Beckwith Electric Co., Inc. assumes no liability for the customer’s failure to comply with these requirements.

– This sign means that you should refer to the corresponding section of the operation

manual for important information before proceeding.

Always Ground the Equipment

To avoid possible shock hazard, the chassis must be connected to an electrical ground. When servicing equipment in a test area, the Protective Earth Terminal must be attached to a separate ground securely by use of a tool, since it is not grounded by external connectors.

Do NOT operate in an explosive environment

Do not operate this equipment in the presence of flammable or explosive gases or fumes. To do so would risk a possible fire or explosion.

Keep away from live circuits

Operating personnel must not remove the cover or expose the printed circuit board while power is applied. In no case may components be replaced with power applied. In some instances, dangerous voltages may exist even when power is disconnected. To avoid electrical shock, always disconnect power and discharge circuits before working on the unit.

Exercise care during installation, operation, & maintenance procedures

The equipment described in this manual contains voltages high enough to cause serious injury or death. Only qualified personnel should install, operate, test, and maintain this equipment. Be sure that all personnel safety procedures are carefully followed. Exercise due care when operating or servicing alone.

Do not modify equipment

Do not perform any unauthorized modifications on this instrument. Return of the unit to a Beckwith Electric repair facility is preferred. If authorized modifications are to be attempted, be sure to follow replacement procedures carefully to assure that safety features are maintained.

Page 3

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. Always replace components with those of equal or better quality as shown in the Parts List of the Instruction Book.

Avoid static charge

This unit contains MOS circuitry, which can be damaged by improper test or rework procedures. Care should be taken to avoid static charge on work surfaces and service personnel.

Use caution when measuring resistances

Any attempt to measure resistances between points on the printed circuit board, unless otherwise noted in the Instruction Book, is likely to cause damage to the unit.

Page 4

B-2355 Cooper – Table of Contents

TABLE OF CONTENTS

M‑6200A Application Guide

B‑2355 Series Cooper Hardware Kit

Installation Instructions

1.0 Introduction ..................................................................................................................................1

2.0 Mechanical/Physical Information ...............................................................................................1

Figure 1 M-6200A Outline Dimensions ...................................................................................2

Figure 2 M-6200A Rear Layout ..............................................................................................3

3.0 External Connections ..................................................................................................................4

Terminal Block Assignments Typical Connections Grounding Unit Isolation Torque Requirements Control Power Backup Input Connection Backup Power Requirements

Figure 3 Typical Connections for Cooper CL-2, CL-2A, CL-4A, CL-4B, CL-4C, CL-5 and CL-6 Regulator Controls

Terminal Block Assignments (TB1) Non-Sequential Operation Auto Tapchange Inhibit Auxiliary Input (Aux 2)

Table 1 Multi-Step Voltage Reduction External Connections ..................................................7

Auxiliary Input (Aux 1) Terminal Block Assignments (TB2)

Figure 4 Typical Control Power Backup Connection for M-6200A

Utilizing M-2026 or M-2027 Supply

Figure 5 B-0920 Control Power Backup Input 3-Wire Harness ............................................10

.....................................................................................................................................4

.......................................................................................................................4

..................................................................................................................................4

..........................................................................................................4

.....................................................................................................................4

......................................................................................4

.........................................................................................................5

.......................................................6

...............................................................................................7

.............................................................................................................7

...................................................................................................................7

....................................................................................................................7

...............................................................................................9

.........................................................................................10

4.0 Cooper CL-2, CL-2A, CL-4A, CL-4B, CL-4C, CL-5 and CL-6 Regulator Controls

Replacement ...............................................................................................................................11

Application Typical Connections External Connections Lightning Protection Non-Sequential Operation/ Counter Input Multi-Step Voltage Reduction

Removal of the Cooper Control....................................................................................................12

Figure 6 Cooper Control in Cabinet ......................................................................................13

Installing the M-6200A in a Cooper Regulator B-2355-C1/B-2355-C2 Hardware Kit Conﬁguration

Table 2 B-2355-C1 and B-2355-C2 Hardware Kit .................................................................14

Figure 7 B-2355-C1/B-2355-C2, B-2355-C3/B-2355-C4 Hardware Kit Orientation .............15

Figure 8 M-6200A (B-1128) Cooper Wiring Harness (Fanning Strip) for CL-2 through

CL-5 Regulators ......................................................................................................................16

Figure 9 M-6200A (B-1157) Cooper Wiring Harness (Gray Plug) for CL-6 Regulators ........17

...................................................................................................................................11

.....................................................................................................................11

...................................................................................................................11

.....................................................................................................................11

....................................................................................11

......................................................................................................12

.............................................................................13

.....................................................................14

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M-6200A Application Guide

B-2355-C3/B-2355-C4 Hardware Kit Conﬁguration .....................................................................18

Table 3 B-2355-C3 and B-2355-C4 Hardware Kit .................................................................18

Figure 10 B-2355-C3 (B-1255 and B-1259) Cooper Wiring Harness ...................................19

Figure 11 B-2355-C4 (B-1255 and B-1260) Cooper Wiring Harness ...................................20

5.0 TapTalk S-6200 Communications Software Installation .........................................................21

Starting TapTalk

...........................................................................................................................21

Figure 12 S-6200 TapTalk Program-Item Icon ......................................................................21

6.0 Activating Initial Local Communications .................................................................................21

Figure 13 USB Port Connection Dialog Screen ....................................................................22

Figure 14 Failed to Connect Error Screen ............................................................................22

Figure 15 Failed to perform Access Code Veriﬁcation Error Screen ....................................23

Figure 16 Successfully Connected Read-Only Access Screen ............................................23

Appendix

A HMI

A.1 HMI Menu Flow ........................................................................................................................ A–2

Figure A-1 Monitor Menu Flow .......................................................................................... A–2

Figure A-2 Setpoints Menu Flow ...................................................................................... A–3

Figure A-3 Conﬁguration Menu Flow (1 of 2)..................................................................... A–4

Figure A-3 Conﬁguration Menu Flow (2 of 2)..................................................................... A–5

Figure A-4 Communication Menu Flow ............................................................................. A–6

Figure A-5 Utilities Menu Flow ........................................................................................... A–7

A.2 HMI Screen Review ................................................................................................................. A–8

Monitor/Metering Monitor/Present Demand Monitor/Demand History

....................................................................................................................... A–8

.......................................................................................................... A–9

........................................................................................................... A–9

Monitor/Energy Metering......................................................................................................... A–10

Monitor/Status Monitor/Motor Current Monitor/Harmonics Monitor/Tap Information Setpoints/Proﬁle Settings Setpoints/Common Settings Setpoints/Power Flow Forward Setpoints/Power Flow Reverse Setpoints/Voltage Reduction Setpoints/Limits

......................................................................................................................... A–11

............................................................................................................. A–14

.................................................................................................................. A–14

.......................................................................................................... A–15

........................................................................................................ A–17

................................................................................................... A–17

............................................................................................... A–18

................................................................................................... A–19

....................................................................................................................... A–20

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B-2355 Cooper – Table of Contents

Setpoints/VAr Bias .................................................................................................................. A–20

VAr Bias (Step) VAr Bias (Linear) Conﬁguration/Tapchanger Type Conﬁguration/Tap Settings Conﬁguration/Programmable Alarm Conﬁguration/System Clock Conﬁguration/Mtr Current Proﬁle Conﬁguration/CBEMA Setup Conﬁguration/Harmonics Setup Conﬁguration/Data Logging Conﬁguration/Run Through Neutral Conﬁguration/Nameplate Communication/Comm Settings Communication/Memory Card Communication/Ethernet Communication/HMI Communication/Bluetooth Communication/RS232 Utilities/Calibration-Test Utilities/About

....................................................................................................................... A–20

..................................................................................................................... A–21

.............................................................................................. A–22

...................................................................................................... A–22

........................................................................................ A–24

.................................................................................................... A–24

............................................................................................ A–24

.................................................................................................. A–25

.............................................................................................. A–25

.................................................................................................... A–26

........................................................................................ A–27

........................................................................................................ A–27

............................................................................................. A–30

................................................................................................ A–31

........................................................................................................ A–32

............................................................................................................... A–34

....................................................................................................... A–34

........................................................................................................... A–35

.......................................................................................................... A–36

.......................................................................................................................... A–38

iii

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M-6200A Application Guide

800-B-2355-AG-05 04/17

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1.0 Introduction

This Application Guide is intended for those personnel that are responsible for the installation of the M-6200A Digital Regulator Control. It provides the mechanical orientation of inputs and outputs as well as physical dimensions of the control. External connections to the control are detailed to assist installation personnel with various applications of the control.

The M-6200A through the use of hinge brackets, a latch bracket where required and a unit speciﬁc wiring harness allow the unit to directly replace Cooper CL-2, CL-2A, CL-4A, CL-4B, CL-4C, CL-5 and CL-6 regulator controls.

Detailed instructions are provided for those speciﬁc applications where the M-6200A is directly replacing Cooper controls.

Also provided are instructions for the installation of TapTalk S-6200 Communications Software and establishing initial local communications with the target control.

2.0 Mechanical/Physical Information

The M-6200A Regulator Control physical dimensions are illustrated in Figure 1. General Layout of the M-6200A components are illustrated in Figure 2.

Do not position the M-6200A in a way that will make it difﬁcult to operate the power disconnect device.

The following is a brief summary of speciﬁcations that may be required for installation.

Voltage Withstand: 140 V continuous 240 V for one second 480 V for one cycle Voltage measurement linear to 140 V

Current Withstand: Load Current:

0.48 amps continuous

4.0 amps for one second

Output Raise and Lower circuits:

6 amps AC

Alarm Contacts: Programmable Alarm/Selftest (Deadman)

6.0 amps AC, 125 V

0.2 amps DC, 125 V

B‑2355 Cooper

–1–

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M-6200A Application Guide

15.00 [12.5]

Smart Flash SD Card

S OU RC E

VO LTA G E

IN T

EX T

O FF

USB

9.18

[23.32]

0.65

[0.17]

1.10 [2.8]

1.0

[2.54]

9.77

[24.82]

1.0

[2.54]

3.22

[8.18]

0.88

[2.24]

LOWER ALARM

EXTERNAL

POWER

METER

OUT

MANUAL

LOCAL

RAISE

REMOTE

LOCAL

SCADA

CUTOUT

DRAG HANDS

RESET

VOLTAGE REDUCTION

REVERSE

POWER

COM

Made in U.S.A.

Digital Voltage Regulator Control

M-6200A

HTIWKCEB

CIRTCELE

.CNI.OC

EXIT

WAKE

VOLT

RED

ENT UTIL

SETP

COMMMNTR

CNFG

MANUAL

AUTO

OFF

LOWER

RAISE

NEUTRAL

LIGHT

Figure 1 M-6200A Outline Dimensions

–2–

Page 10

TB1-8,10 90 -140 8 VA TB1-5,6,9 240 6 A TB2-6,7,8 120 6 A TB1-1,2,4,7,11,16 12 0.100 A TB2-11,12 10-16 5 W

TB2

TX SH B A

TB1

1 16

10 11

FIBER OPTIC

RS485

TB2

TB1-14, 15

+12

-11

BECKWITH ELECTRIC CO., INC.

6190-118th Avenue North - Largo,

Florida 33773-3724 U.S.A.

PHONE (727)544-2326 FAX (727)546-0121

www.beckwithelectric.com

OFF

FIBER

REPEAT

MODEL: M-6200A-XXXXXXXXX FIRMWARE: _______________ SERIAL # XXXXXX

VOLTAGE

TEST

MOTOR POWER

0.5A 250V 3AG

GE, SIEMENS, HOWARD

CONNECT

TB2-2 TO TB2

-5

COOPER

CONNECT

TB2-1 TO TB2-2

50 Hz

60 Hz

0.48A CONTINUOUS

4.0A 1 SECOND

FIBER REPEAT SWITCH

3A 250V 3AG

6A 250V 3AG

B‑2355 Cooper

Figure 2 M-6200A Rear Layout

–3–

Page 11

M-6200A Application Guide

3.0 External Connections

Terminal Block Assignments

The external connections to the control are made to the two terminal blocks located on the rear of the control, see Figure 3. See "Terminal Block Assignments" later in this section for a description of each terminal assignment. For example, if external dry contacts are being used to control the Voltage Reduction Step #1 function, connections for these contacts may be made between TB1-4 and TB1-7 as shown in Figure 3. The dry contact inputs for non-sequential input, voltage reduction must be "wetted" by connecting to terminal TB1-4. See Table 1.

Typical Connections

Figure 3 illustrates typical connections for a regulator control. Motor Power and sensing

voltage can be obtained from a common source or from an independent source having a nominal 120 Vac output. Normally, this is line-to-neutral voltage, although line-to-line voltage can be used if recognition is made of any phase shift between the voltage and current signals when using line drop compensation.

CAUTION:▲ The current input to the M-6200A is rated at 0.48 A continuous, and

4.0 A for 1 second.

Load current must be reduced by an appropriate auxiliary transformer to 0.2 A "full scale" before connecting to the regulator current inputs.

Grounding

WARNING:8 The protective earth grounding terminal must be connected to

the installation earth ground anytime external connections have been made to the unit.

Ground the control by connecting a 14 AWG, 300 V min., 105° C green insulated wire inserted in an Amp 51864-8 or equivalent ring connector wire to the marked protective earth terminal located adjacent to either side of TB1. Connect to the installation ground.

Unit Isolation

Sensing inputs should be equipped with test switches and shorting devices where necessary to isolate the unit from external potential or current sources.

A switch or circuit breaker for the M-6200A's power shall be included in the building installation, and shall be in close proximity to the control and within easy reach of the operator, and shall be plainly marked as being the power disconnect device for the control.

Torque Requirements

Terminals TB1-1-16 & TB2-1-12: 7.5 in-lbs, minimum and 8.0 in-lbs, maximum.

Control Power Backup Input Connection

The Control Power Backup Input (Figure 4) is designed to sustain communication port operation in the event of the loss of AC control power. In the event of a loss of AC input power to the control, this feature permits uninterrupted operation of the control by supplying +12 Vdc to the control. In addition, the control retains functionality with the exception of the actual operation of the tapchanger mechanism.

When the AC input voltage drops below approximately 85 Vrms, the Control Power Backup Input will activate and all automatic tapchange operations will then be suspended. If Motor Power is available, manual tapchanges may be initiated.

When the control is being powered only by the backup DC input the Auto /Manual switch status and the Local/Remote switch status are functional. When a control is being supplied by both AC and DC via the backup power input and the backup DC input is lost the unit will report it via DNP.

–4–

Page 12

B‑2355 Cooper

When the control is being powered from the Control Power Backup Input, it will continue to read any input voltage present.

The control retains full functionality, and if the control's Motor Power remains energized then Raise and Lower commands from SCADA are possible. Fiber-Optic port operation is maintained. All communication ports, data-logging, status monitoring, conﬁguration, and setpoint capability are also maintained.

Beckwith Electric offers two Control Power Backup supplies for use with the M-6200A. The M-2026 AC-DC Control Power Backup Supply is a fused, surge protected and reverse polarity protected AC-DC Control Power Supply that accepts an AC or DC input (21 to 32, 42 to 60 and 105 to 145 V) and outputs regulated +12 Vdc at up to 1.5 Amp.

The M-2027 Control Power Backup Supply - AC Only is a fused and surge protected Control Power Backup Supply that will accept an AC input range of 105 to 140 Vac, 50/60 Hz and output +12 Vdc to 1 A.

Both the M-2026 and M-2027 are housed in non-weathertight enclosures and are equipped with screw terminal blocks for both input and output connections.

Backup Power Requirements

The Control Power Backup Input that does not utilize the M-2026 or M-2027 should only be used with the optional (B-0920) 3-Wire Harness. The harness (Figure 5), includes a 3 Amp fast-blow fuse, and connects to TB2-11 (–) and TB2-12 (+) of the control.

CAUTION:▲ Use of Non-Beckwith Electric converters to provide +12 V to the

Control Power Backup Input may compromise system integrity due to a lack of adequate protection of the power converter. For reliability of the M-6200A, the power converter must meet the following requirements:

Temperature: Operational from -40° C to + 85° C.

IEC 60068-2-1 Cold, -40° C IEC 60068-2-2 Dry Heat, +80° C IEC 60068-2-78 Damp Heat, +40° C @ 95% IEC 60068-2-30 Damp Heat Condensing cycle 25° C, +55° C @ 95%

Surge Withstand Capability:

IEEE C37.90.1-2002 2,500 V pk Oscillatory 4,000 V pk Fast Transient Burst

IEEE C37.90.1-1989 2,500 V pk Oscillatory 5,000 V pk Fast Transient

Radiated Electromagnetic Withstand Capability:

All units are protected against electromagnetic radiated interference from portable communications transceivers.

Electrostatic Discharge:

IEC 60255-22-2 (8 Kv) – Point Contact Discharge IEC 60255-22-2 (15 Kv) – Air Discharge

Fast Transient/Burst Immunity:

IEC 60255-22-4-2008 Class A (4 Kv, 5 kHz)

–5–

Page 13

Position Indicator Reset

Voltage In (Reg 120 V)

Neutral (Grd Stud) (Motor Return)

Motor

L R

Voltage Reduction Step #1 Contact

Voltage Reduction Step #2 Contact

TB2

TB1

+12 Vdc Wetting Supply

Source Voltage

Load Current (+)

Load Voltage Input

Regulator Raise Output

Motor Power Input

Voltage Reduction Step #2 Input

Neutral Tap Position Input

Neutral

Regulator Lower Output

Non-Sequenti al Operatio n/Auto Tapchange Inhibit Input

Voltage Reduction Step #1 Input

No Connection

Drag Hands Reset Output

Operations Counter Input(+)

Load Current (-)

Neutral Tap Position Input

Control Backup Power (-)

Control Backup Power (+)

Motor Seal-In

Alarm (NC)

Alarm Common

Alarm (NO)

No Connection

Neutral Light Switch

Line

Current

CT Shorting

Switch

M-6200A

DHR

Motor Power In (Unregulated 120 V)

Motor Seal-In Inp ut

NOTE: Jumper wi re from TB1-8 to TB1-16 is supplied with harness.

M-6200A Terminals

Cooper Termi nals

Cooper

Configuration

Jumper

M-6200A Application Guide

WARNING:8 In no case should the line current circuit be interrupted with

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

Figure 3 Typical Connections for Cooper CL-2, CL-2A,

CL-4A, CL-4B, CL-4C, CL-5 and CL-6 Regulator Controls

–6–

Page 14

TERMINAL BLOCK ASSIGNMENTS (TB1)

TB1‑1 Non-Sequential Operation/Auto Tapchange Inhibit (or Aux 2)

Non-Sequential Operation

CAUTION:▲ Voltage applied through dry contacts to actuate non-sequential input

and voltage reduction inputs must be nominal +12 Vdc obtained from TB1-4 of the M-6200A Regulator Control. The use of 120 Vac will result in damage to the control.

The operation of the control can be interrupted during tapchanger operation by applying the "wetting" voltage of TB1-4 to TB1-1 (timer reset for non-sequential operation input) on the control through an external contact. This causes the output to de-energize and reinitialize the time delay circuit when the reset signal is removed. This function can be used to cause the Regulator, if so equipped, to wait for the unit to time out between tapchanges.

Non-sequential operation is invoked by momentarily connecting this input to the nominal +12 Vdc wetting source (TB1-4) through an external Form "a" dry contact. When this function is enabled, the tapchanger control times out with the Time Delay setting between every tapchange.

Auto Tapchange Inhibit

Auto tapchange inhibit is invoked by closing and maintaining a Form "a" dry contact connected to this input and to the nominal +12 Vdc wetting source (TB1-4). As long as this contact is closed, the tapchanger will not time out, thereby prohibiting raise and lower commands.

Auxiliary Input (Aux 2)

To monitor the Battery Alarm Status, the optional Battery Pack sense line must be connected to TB1-1 and the Non-Sequential input must be conﬁgured as "Aux 2".

B‑2355 Cooper

TB1‑2 Voltage Reduction Step #2 (or Aux) TB1‑7 Voltage Reduction Step #1 (or Aux 1)

CAUTION:▲ Voltage applied through dry contacts to actuate non-sequential input

and voltage reduction inputs must be nominal +12 Vdc obtained from TB1-4 of the M-6200A Regulator Control. The use of 120 Vac will result in damage to the control.

On the M-6200A Digital Regulator Control, TB1-2 and TB1-7 are used together to provide up to three levels of voltage reduction. The external connections to achieve these steps are shown in this Table 1. Voltage reduction amounts are set within the M-6200A Digital Regulator Control software. If these voltage reduction steps are instituted by communications, the contacts are not being used simultaneously.

NOTE:Q Enabling both voltage reduction Step #1 and Step #2 inputs simultaneously

will result in the level of voltage reduction as speciﬁed on the voltage reduction Step #3 screen of the control.

These digital inputs are typically enabled by connecting it to the nominal +12 Vdc wetting source (TB1-4), through an external Form "a" dry contact. The amount of voltage reduction implemented is determined by the setting.

Voltage Reduction Setpoint:

Multiplier Range

Voltage Reduction Setpoint #1: 0 to 10% TB1-7

Voltage Reduction Setpoint #2: 0 to 10% TB1-2

Voltage Reduction Setpoint #3: 0 to 10% TB1-7 and TB1-2

Apply "Wetting Voltage"

From TB1-4 to TB #

Table 1 Multi-Step Voltage Reduction External Connections

Auxiliary Input (Aux 1)

To monitor Intrusion Detection Status, the optional Intrusion Detection sense line must be connected to TB1-7 and the Voltage Reduction 1 input must be conﬁgured as "Aux 1".

–7–

Page 15

M-6200A Application Guide

TB1‑3 No Connection or Source Voltage

TB1‑ 4 +12 Vdc Wetting Voltage

This is the output of an unregulated dc power supply internal to the control. It is referenced to neutral and can supply up to 100 mA. It is used for powering the digital inputs of the control through external dry contacts. Depending on the voltage supplied to TB1-10 and loading, its output can vary from +10 to +18 Vdc. The output is current limited with a 1 ohm resister.

TB1‑5 Regulator Raise Output

This switched output connects the tapchanger raise winding to the source of motor power. When the control calls for a raise, it is capable of switching up to 6 A at 120/240 Vac.

TB1‑ 6 Regulator Lower Output

This switched output connects the tapchanger lower winding to the source of motor power. When the control calls for a lower, it is capable of switching up to 6 A at 120/240 Vac.

TB1‑ 8 Neutral

This is the return for the nominal +12 Vdc “wetting” voltage (TB1-4) and the voltage input (TB1-10 ).

TB1‑9 Motor Power Input

The source for powering the tapchanger motor is connected here. It may have a maximum voltage of 240 Vac.

TB1‑10 Load Voltage Input

This input accepts nominal 120 Vac, 60 Hz (or 50, Hz as ordered) to operate the control's power supply and voltage sensing input. The acceptable voltage range for proper control operation is from 90–140 Vac.

Power consumption is less than 8 VA. The input voltage is referenced to line neutral (TB1-8).

TB1‑11, TB1‑16 Neutral Tap Position Inputs

This digital input registers neutral position switch closures on regulators. The pins are isolated from neutral to permit connection of the input based on regulator conﬁguration.

TB1‑12 Drag Hands Reset

The drag hand reset output (TB1-12) connection is commonly used to reset the drag hand on the regulator. When the Drag hand switch on the M-6200A is activated, this will cause the unit to output 120 V to TB1-12. This voltage can be used to energize the drag hand circuitry on the regulator.

TB1‑13 Operations Counter Input

This digital input registers the counter contact closure. The operations counter will increment when TB1-13 is grounded by way of the regulator dry operation count switch. This contact is needed for using the intertap time delay. Once a valid counter input is detected, the intertap time delay will begin counting down.

–8–

Page 16

TB1‑14 Load Current (+)

CAUTION:▲ The current input to the M-6200A is rated at 0.48 A continuous, and

4.0 A for 1 second.

The line current input range is 0–640 mA (480 mA continuous) with 200 mA representing the 1.0 per-unit value. The measured current value is used for line drop compensation and metering calculation.

TB1‑15 Load Current (-)

This is the non-polarity input to the load current measuring transformer. The companion polarity input is TB1-14. The line current transformer input is isolated from other pins.

TERMINAL BLOCK ASSIGNMENTS (TB2)

TB2‑1 Jumper TB2-1 to TB2-2 for Cooper regulators

TB2‑2 Jumper TB2-2 to TB2-5 for all regulators except Cooper

TB2‑3 Neutral Light Source

B‑2355 Cooper

TB2‑4 No Connection

TB2‑5 Motor Seal-in

Receives an Input from the Cooper Regulator Motor Cam Switch. Hardware Jumper TB2-2 to TB2-5 for all other regulators except Cooper.

TB2‑6, TB2‑7, TB2‑8 User Programmable Alarm

This set of terminals is a Form "C" alarm relay contact rated for 6 A at 120 Vac, or 100 mA at 120 Vdc. This alarm indicates when any of the programmable alarm conditions are detected. Refer to the M-6200A Instruction Book.

TB2‑9, TB2‑10 No Connection

TB2‑11, TB2‑12 Control Power Backup Input

This input allows connection of external 12 Vdc control power backup power. The control retains functionality with the exception of the actual operation of the tapchanger mechanism.

–9–

Page 17

M-6200A Application Guide

Facility AC-DC Source

21 - 32 V 42 - 60 V

105-145 V

M-2026 AC-DC Control

Power Backup Supply

Facility AC Source

105-140 Vac

M-2027 Control Power

Backup Supply AC

Only

+12 V

B-1021 Backup Power Harness

TB2

10 11 12 13 14 15 16

Backup Power (-)

Backup Power (+)

3 Amp Fast Blow Fuse

+12 V (White)

GND (BLK)

GND CHASSIS (DRAIN)

TB2

10 11 12 13 14 15 16

Backup Power (-)

Backup Power (+)

Figure 4 Typical Control Power Backup Connection for M-6200A

Utilizing M-2026 or M-2027 Supply

Figure 5 B-0920 Control Power Backup Input 3-Wire Harness

–10–

Page 18

4.0 Cooper CL‑2, CL‑2A, CL‑4A, CL‑4B, CL‑4C, CL‑5 and CL‑6 Regulator Controls Replacement

The Beckwith Electric M-6200A Digital Regulator control directly replaces Cooper CL-2, CL-2A, CL-4A, CL-4B, CL-4C, CL-5 and CL-6 Regulator Controls.

The M-6200A may be purchased with the factory installed hardware kits:

• B-2355-C1 CL-2 through CL-5

• B-2355-C2 CL-6

• B-2355-C3 CL-2 through CL-5

• B-2355-C4 CL-6

The contents of the hardware kits provide the means to install the M-6200A in the existing Cooper Regulator Control cabinet. The B-2355-C1, B-2355-C2, B-2355-C3, B-2355-C4 are available separately from the factory for ﬁeld installation.

The difference between the B-2355-C1/B-2355-C3 and B-2355-C2/B-2355-C4 hardware kits is the B-2355-C1/B-2355-C3 contains the harnesses for CL-2 through CL-5 control replacement and the B-2355-C2/B-2355-C4 contain the harnesses for CL-6 control replacement. The remaining kit contents are the same.

Application

Typical Connections

In general, the tapchanger motor must be operated from a different transformer than the VT used to measure regulated voltage. If this is not done, hunting at the upper band edge may result. As soon as the motor starts, and before it is sealed in, the motor current can drop the voltage within the band and reset the control. Some motor seal-in schemes are fast enough to prevent this, but others are not.

Pulsed output can be used on the M-6200A (see Instruction Book, Section 4.2 System Setup, Output Pulse).

B‑2355 Cooper

External Connections

Power and voltage sensing are obtained either from a common source or from independent sources having a nominal 120 Vac output. Normally, this is line-to-neutral voltage, although line-to-line voltage can also be used if recognition is made of any phase shift between the voltage and current signals when using line drop compensation.

The external connections for the M-6200A are made to terminal blocks TB1 and TB2 on the rear of the control panel. The wiring harness and external connections for the M-6200A are shown in Figure 8, Figure 9, Figure 10, and Figure 11.

Lightning Protection

CAUTION:▲ For proper protection against system surges, chassis ground must be

connected to earth ground.

It has been determined that transient voltages in excess of 1500 Vac RMS can exist on the "ground" lead normally tied to TB1-8. In the regulator controls, these voltages are suppressed by varistors which still permit the unit to pass a 1500 Vac hi-pot test for one minute, with a leakage of approximately 15 mA, all terminals to ground.

Multiple VT grounds far apart must be avoided, since a varying difference in ground voltage could add or subtract from the effective voltage, and cause variation in the tapchanger control’s bandcenter voltage setpoint.

Non-Sequential Operation/ Counter Input

Not normally used with Cooper Regulators.

–11–

Page 19

M-6200A Application Guide

Multi-Step Voltage Reduction

CAUTION:▲ Voltage applied through dry contacts to actuate Voltage Reduction

The M-6200A uses terminals TB1-2 and TB1-7 together to provide up to three levels of voltage reduction. The external connections to achieve these steps are shown in Table 1 and Figure 3. Voltage reduction amounts are set in the M-6200A Regulator Control software.

Removal of the Cooper Control

WARNING:8 In no case should the line current circuit be interrupted with

1. Verify that the regulator control wiring is in a safe condition that will allow removal of the Cooper Regulator Control from the control cabinet.

• The control wiring is de-energized and isolated from any potential safety hazards.

• All local Safety Tagging rules have been applied as necessary.

2. Open the cabinet door of Cooper control.

3. Loosen the thumb screws on the control panel (Figure 6), and swing the panel outward.

WARNING:8 In no case should the line current circuit be interrupted with

Steps 1, 2, and 3 must be +12 Vdc obtained from terminal TB1-4 of the M-6200A Regulator Control.

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

4. De-energize the control by opening the VT disconnect switch and placing the CT switch in the shorting position. Ensure that the CT in the regulator has been properly shorted.

5. Loosen the screws on the spreader bar terminal block at the bottom of the cabinet, then pull down on the spreader bar to disconnect it.

NOTE:Q The two hinge pins must be saved from the original control.

6. Remove and save the two hinge pins, then lift the panel off of the hinges and remove it from the cabinet.

–12–

Page 20

Control

Panel Knob

→

Hinge Pins



McGRAW-EDISON

Panel

➀

B‑2355 Cooper

Cabinet Door

Figure 6 Cooper Control in Cabinet

Installing the M-6200A in a Cooper Regulator

The hinge leaves and latch bracket mechanism are oriented to match the existing hinge leaves and latch of the Cooper control cabinet.

If Bench Testing of the M-6200A is required, then refer to Instruction Book, Chapter 7,

Testing.

WARNING:8 In no case should the line current circuit be interrupted with

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

1. Verify that the applicable B-2355-C1, B-2355-C2, B-2355-C3 or B-2355-C4 hardware kit has been installed on the the control.

If the applicable hardware kit is not installed, then proceed to the appropriate hardware kit conﬁguration section to install the hardware kit.

2. Verify that the regulator control wiring is in a safe condition that will allow installation of the M-6200A in the control cabinet.

• The control wiring is de-energized and isolated from any potential safety hazards.

• All local Safety Tagging rules have been applied as necessary.

3. Mount the M-6200A Regulator Control onto the hinges in the control cabinet (Figure 6), then install the two hinge pins saved from the original control. Leave the panel in the open position so that the back of the panel is accessible.

4. If the frame that the latch bracket is mounted to requires the use of longer panel thumbscrews, then replace the two panel thumbscrews with the longer versions provided in the cloth bag.

5. Connect the M-6200A’s wiring harness to the terminal block at the bottom of the cabinet. Refer to Figure 8, Figure 9, Figure 10, and Figure 11.

6. Set the toggle switch to the Manual position.

–13–

Page 21

M-6200A Application Guide

7. To re-energize the control perform the following:

a. Open the CT switch, removing the CT shorting circuit.

b. Close the VT disconnect switch.

c. Swing the adapter panel closed and turn thumbscrews to latch securely.

8. Set up the desired conﬁguration. See Instruction Book, Chapter 4, System Setup and Conﬁguration.

9. Refer to Instruction Book, Chapter 7, Testing for testing requirements.

B-2355-C1/B-2355-C2 Hardware Kit Conﬁguration

1. If the M-6200A to be conﬁgured has existing mounting hardware installed, then perform the following:

a. Remove all hinges, latches, brackets, wiring harnesses and jumpers.

b. Save/capture all removed hardware for future use.

2. Verify the ontents of the B-2355-C1/B-2355-C2 Hardware Kit includes the items in Table 2:

Qty Description Beco Part #

1 Top Hinge Half-Female P2393 440-40923

1 Bottom Hinge Half-Female P2373 440-40913

1 Bracket P-2372 Panel Adaptor 441-41323

6 Screw, Fillister, 8-32 x 7/16 470-00830

1 Wire Harness, B-2355 (B-2355-1) B-1128 (B-1157)

2 Fast Lead Screw 441-00385

2 Fastener, Screw, Retainer 440-00855

2 U-Clip 441-00386

Table 2 B-2355-C1 and B-2355-C2 Hardware Kit

3. Remove pre-cut label material from the four right side hinge mounting holes and the ﬁrst and fourth (from top) left side hinge mounting holes as viewed from the front of the M-6200A panel.

NOTE:Q Refer to Figure 7 for location and orientation of hardware kit items.

4. Mount the Bottom Hinge to the lower right side of the M-6200A, then secure (hand tight) the hinge utilizing an 8-32 X 7/16 screw inserted into the captured fastener in the top hole.

5. Complete the Bottom Hinge installation with an 8-32 X 7/16 screw inserted into the captured fastener in the bottom hole, then tighten the top screw.

6. Mount the Top Hinge to the upper right side of the M-6200A panel utilizing 8-32 X 7/16 screws inserted into the captured fasteners.

7. Mount the Latch Bracket to the left side of the M-6200A panel utilizing 8-32 X 7/16 screws inserted into the captured fasteners in the ﬁrst and fourth hinge holes from the top.

8. Connect the applicable wiring harness B-1128 for B-2355-C1 or B-1157 for B-2355-C2 to TB1 and TB2 Terminal Blocks as indicated in Figures 8 or 9. See terminal block torque requirements in Section 3.0, External Connections.

Verify that a jumper is installed between TB2-1 and TB2-2.

9. Proceed to the M-6200A Installation procedure in this section.

–14–

Page 22

B‑2355 Cooper

POWER

EXTERNAL METER

M-6200A

SO URCE

VOLTAG E

INT

EX T

OFF

RAIS E

LOWE R

NEUT

RAL

BECKWITH

ELECTRIC

CO. INC.

OUT

COM

OFF

MANUA L

AUTO

RXTX

LIGHT

Ma de in U.S .A .

Digital Voltage Regulator Control

Top Hinge Half, P-2393,

Female, Part # 440-40923

Screw, Fillister, 8-32 X 7/16

Part # 470-00830

Fastener, Screw,

Retainer

Part # 440-00855

Screw, Fillister, 8-32 X 7/16

Part # 440-00830

Bottom Hinge Half, P-2373,

Female, Part # 440-40913

Wire Harness

Screw, Fillister, 8-32 X 7/16

Part # 470-00830

Screw, Fillister, 8-32 X 7/16

Part # 440-00830

Bracket, P-2372,

Panel Adap

Part # 441-41323

Smart Flash SD Card

USB

LOWER ALARM

MANUAL

LOCAL

RAISE

REMO TE

LOCAL

SCADA

CUTOUT

DRAG

HANDS

RESET

VOLTAGE

REDUCTION

REVERSE

POWER

EXIT

WAKE

VOLT

RED

ENT

UTIL

SETP

COMM

MNTR

CNFG

Figure 7 B-2355-C1/B-2355-C2, B-2355-C3/B-2355-C4 Hardware Kit Orientation

–15–

Page 23

M-6200A Application Guide

Cooper Control Cabinet Terminals TB1-8 G Ground TB1-10 VS Voltage Sense (120 Vac) (Note 1) TB1-9 VM Motor Supply 120 Vac (Note 2) TB1-15 C1 Load Current Return TB1-14 C3 Load Current Polarity TB1-16 G Neutral Light Common TB1-5 R3 Raise Limit Switch TB1-6 L3 Lower Limit Switch TB1-11 NL Neutral Light TB1-12 DHR Drag Hands Reset TB2-5 HS Motor Seal-In Input

Notes:

1. Regulated voltage for load-side sense without Reverse Power Flow Option.

2. Regulated voltage for load-side sense with Reverse Power Flow Option.

1 16234

7 8910 11 121314

TB2-1

TB2-2

TB2

Jumper TB2-1 to TB2-2.

Harness/Fanning Strip B-1128 for CL-2,

CL-2A, CL-4A, CL-4B, CL-4C and CL-5

Regulator Control Replacement.

E-1

DHR

TB1-8,10 90-140 8 VA TB1-5,6,9 240 6A TB2-6,7,8 120 6A TB1-1,2,4,7,11,16 12 0 .100A TB2-11,12 10-16 5 W

TB2

TX SH B A

TB1

FIBER OPTIC

RS485

TB2

TB1-14, 15

+12

-11

BECKWITH ELECTR IC CO., INC.

6190-118th Avenue North - Largo, Florida 33773-3724 U.S.A.

PHON E (727)544-2326 FAX (727)546-0121

www.beckwithelectric.com

MODEL : M-6200A-XXXXXXXXX FIRMWARE: _______________ SERIAL # XXXXXX

VOLT AGE

TEST

MOTOR POWER

0.5A 250V 3AG

GE, SIEM ENS, HOWARD

CONNECT

TB2-2 TO TB2-5

COOPER

CONNECT

TB2-1 TO TB2-2

50 Hz 60 Hz

0.48A CONTINUOUS

4.0A 1 SECOND

FIBER REPEAT SWITC H

3A 250V 3AG

6A 250V 3AG

Figure 8 M-6200A (B-1128) Cooper Wiring Harness (Fanning Strip) for CL-2 through

WARNING:8 In no case should the line current circuit be interrupted with

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

CL-5Regulators

–16–

Page 24

B‑2355 Cooper

Notes:

1. Regulated voltage for load-side sense without Reverse Power Flow Option.

2. Regulated voltage for load-side sense with Reverse Power Flow Option.

1 162 3 4

7 8910 11 12 13 14

Jumper TB2-1 to TB2-2.

TB2-1

TB2-2

TB2

Neutral

Load Voltage

Drag Hands Reset

Lower

Raise

Seal-In

Neutral Light +

Load Current polarity

Load Current return

Motor Supply

P-1

Harness/Gray Plug B-1157 for CL-6

Regulator Control Replacement

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

TB1-8,10 90-140 8VA TB1-5,6,9 240 6A TB2-6,7,8 120 6A TB1-1,2,4,7,11,16 12 0 .100A TB2-11,12 10-16 5W

TB2

TX SH B A

TB1

FIB ER OPTIC

RS485

TB2

TB1-14, 15

+12

-11

BECKWIT H ELECT RIC CO., INC.

6190-118th Avenue North - Largo, Florida 33773-3724 U.S.A.

PHONE (727)544-2326 FAX (727)546-0121

www.beckwithelectric.com

MODEL : M-6200A-XXXXXXXXX FIR MWARE: _______________ SERIAL # XXXXX X

VOLTA GE

TEST

MOTOR POWER

0.5A 250V 3AG

GE, SIEMEN S, HOWARD

CONNECT

TB2-2 TO TB 2-5

COOPER

CONNECT

TB2-1 TO TB 2-2

50 Hz 60 Hz

0.48A CONTINUOUS

4.0A 1 SECOND

FIBER REPEAT SWITCH

3A 250V 3AG

6A 250V 3AG

WARNING:8 In no case should the line current circuit be interrupted with

Figure 9 M-6200A (B-1157) Cooper Wiring Harness (Gray Plug) for CL-6 Regulators

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

–17–

Page 25

M-6200A Application Guide

B-2355-C3/B-2355-C4 Hardware Kit Conﬁguration

1. If the M-6200A to be conﬁgured has existing mounting hardware installed, then perform the following:

a. Remove all hinges, latches, brackets, wiring harnesses and jumpers.

b. Save/capture all removed hardware for future use.

2. Verify the contents of the B-2355-C3/B-2355-C4 Hardware Kit includes the items in Table 3:

Qty Description Beco Part #

1 Top Hinge Half-Female P2393 440-40923

1 Bottom Hinge Half-Female P2373 440-40913

1 Bracket P-2372 Panel Adap 441-41323

6 Screw, Fillister, 8-32 x 7/16 470-00830

1 Wire Harness, B-2355 (B-2355-1) B-1259 (B-1260)

2 Fast Lead Screw 441-00385

2 Fastener, Screw, Retainer 440-00855

2 U-Clip 441-00386

Table 3 B-2355-C3 and B-2355-C4 Hardware Kit

3. Remove pre-cut label material from the four right side hinge mounting holes and the ﬁrst and fourth (from top) left side hinge mounting holes as viewed from the front of the M-6200A panel.

NOTE:Q Refer to Figure 7 for location and orientation of hardware kit items.

4. Mount the Bottom Hinge to the lower right side of the M-6200A, then secure (hand tight) the hinge utilizing an 8-32 X 7/16 screw inserted into the captured fastener in the top hole.

5. Complete the Bottom Hinge installation with an 8-32 X 7/16 screw inserted into the captured fastener in the bottom hole, then tighten the top screw.

6. Mount the Top Hinge to the upper right side of the M-6200A panel utilizing 8-32 X 7/16 screws inserted into the captured fasteners.

7. Mount the Latch Bracket to the left side of the M-6200A panel utilizing 8-32 X 7/16 screws inserted into the captured fasteners in the ﬁrst and fourth hinge holes from the top.

8. Determine if the control is equipped with a B-1255 Universal Wiring Harness and proceed as follows:

a. If the control has a B-1255 Universal Wiring Harness installed on TB1 and

TB2, then go to Step 9.

b. If the control does not have a B-1255 Universal Wiring Harness installed on

TB1 and TB2, then connect the B-1255 harness to TB1 and TB2 as indicated in Figures 10 or 11 (See terminal block torque requirements in Section 3.0, External Connections). Go to Step 9.

9. Connect the applicable wiring harness B-1259 for B-2355-C3 or B-1260 for B-2355-C4 to the P-5 and P-6 connectors.

Verify that a jumper is installed between TB2-1 and TB2-2.

10. Proceed to the M-6200A Installation procedure.

–18–

Page 26

1 16

2 3

7 8910 11

12 13

Notes:

1. Regulated voltage for load-side sense without Reverse Power Flow Option.

2. Regulated voltage for load-side sense with Reverse Power Flow Option.

Jumper TB2-1 to TB2-2.

TB2-1

TB2-2

TB2

Harness B-1255

Harness B-1259

Harness/Fanning Strip B-1259 for CL-2, CL-2A, CL-4A, CL-4B, CL-4C and CL-5

Regulator Control Replacement.

E-1

DHR

GND

PANEL GROUND

TB1-8,10 90-140 8VA TB1-5,6,9 240 6A TB2-6,7,8 120 6A TB1-1,2,4,7,11,16 12 0.100A TB2-11,12 10-16 5W

TB2

TX SH B A

TB1

FIB ER OPTIC

RS485

TB2

TB1-14, 15

+12

-11

BECKWITH ELECTRIC CO., INC.

6190-118th Avenue North - Largo, Florid a 33773-3724 U.S.A.

PHONE (727)544-2326 FAX (727)546-0121

www.beckwithelectric.com

MODEL : M-6200A-XXXXXXXXX FIRMWARE: __ _____________ SERIAL # XXXXXX

VOLT AGE

TEST

MOTOR POWER

0.5A 250V 3AG

GE, SIEM ENS, HOWARD

CONNECT

TB2-2 TO TB 2-5

COOPER

CONNECT

TB2-1 TO TB 2-2

50 Hz

60 Hz

0.48A CONTINUOUS

4.0A 1 SECOND

FIB ER

REPEAT

SWIT CH

3A 250V 3AG

6A 250V 3AG

B‑2355 Cooper

WARNING:8 In no case should the line current circuit be interrupted with

Figure 10 B-2355-C3 (B-1255 and B-1259) Cooper Wiring Harness

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

–19–

Page 27

M-6200A Application Guide

1 16

2 3

7 8910

12 13

2 2

1 1

3 3 4 4 5 5 6 6 7 7 8 8

9 9 10 10 11 11 12 12 13

2 2

1 1

Harness B-1255

Harness B-1260

GND

Neutral

Load Voltage

Drag Hands Reset

Lower

Raise

Seal-In

Neutral Light +

Ground

Load Current polarity

Load Current return

Motor Supply

P-1

DHR

Cooper Control Cabinet Terminals TB1-8 G Ground TB1-10 VS Vol tage Sense (120 Vac) (Note 1) TB1-9 VM Motor Supply 120 Vac (Note 2) TB1-15 C1 Load Current Return TB1-14 C3 Load Current Polarity TB1-16 G Neutral Light Common TB1-5 R 3 Raise Limit Switch TB1-6 L3 Lower Limit Switch TB1-11 NL Neutral Light TB1-12 DHR Dr ag Hands Reset TB2-5 HS Motor Seal-In Input

Notes:

1. Regulated voltage for load-side sense without Reverse Power Flow Option.

2. Regulated voltage for load-side sense with Reverse Power Flow Option.

Jumper TB2-1 to TB2-2.

TB2-1

TB2-2

TB2

Harness/Gray Plug B-1260 for CL-6

Regulator Control Replacement

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

TB1-8,10 90-140 8VA TB1-5,6,9 240 6A TB2-6,7,8 120 6A TB1-1,2,4,7,11,16 12 0.100A TB2-11,12 10-16 5W

TB2

TX SH B A

TB1

BER

OPTIC

RS485

TB2

TB1-14, 15

+12

-11

BECKWITH ELECTRIC CO., INC.

6190-118th Avenue North - Largo, F lor ida 33773-3724 U.S.A.

PHONE (727)544-2326 FAX (727)546-0121

www.beckwith electr ic.com

MODEL : M-6200A-XXXXXXXXX FIRMWARE: _______________ SERIAL # XX XXXX

VOLTA GE

TEST

MOTOR POWER

0.5A 250V 3AG

GE, SIEM ENS, HOW ARD

CONNECT

TB2-2 TO TB2-5

COOPER

CONNECT

TB2-1 TO TB2-2

50 Hz

60 Hz

0.48A CONTINUOUS

4.0A 1 SECON D

FIB ER REPEAT SWITC H

3A 250V 3AG

6A 250V 3AG

WARNING:8 In no case should the line current circuit be interrupted with

the regulator or transformer energized. Do not remove auxiliary current transformers without shorting the current inputs. Death or severe electrical shock can occur.

Figure 11 B-2355-C4 (B-1255 and B-1260) Cooper Wiring Harness

–20–

Page 28

5.0 TapTalk S‑6200 Communications Software Installation

The TapTalk S-6200 installation program has been written to overwrite previous versions of TapTalk. However, considering variations in installed software, hardware and operating systems, if you are upgrading from a previous version of TapTalk, it is recommended that any older versions of the TapTalk program be removed before installing the new TapTalk.

TapTalk runs with the Microsoft Windows 2000, XP, Vista or Windows 7 operating system. Familiarity with Windows is important in using TapTalk, as the conventions deﬁned in the Windows documentation are strictly followed.

TapTalk will be installed on the host PC’s hard disk. While it does not require special installation procedures, an installation utility has been provided to make the process easier.

To install TapTalk:

1. Insert the TapTalk software into your CD-ROM drive.

2. Select Run from the Start Menu.

3. In the Run dialog box, initiate software installation by typing D:\Setup.exe (or other drive designator:\Setup.exe, depending on the letter designation for the CD-ROM drive).

4. The Installation Wizard will prompt the user through the installation process. After installation, the TapTalk program icon (located in the Becoware folder) can be placed on the desktop (Figure 12).

B‑2355 Cooper

Starting Ta pTa lk

1. Select the TapTalk program-item icon from the Becoware group in the Program Manager, or select TapTalk from the program list using the Start Menu. The TapTalk Main Screen will be displayed.

Figure 12 S-6200 TapTalk Program-Item Icon

6.0 Activating Initial Local Communications

The M-6200A and TapTalk S-6200 Communications Software are shipped from the factory with the same default communication parameters. Therefore, it may not be necessary to setup communication parameters.

To use TapTalk to interrogate, set, or monitor the M-6200A Digital Regulator Control using a direct USB connection, the appropriate driver must be loaded. The driver that is required to be resident in the "windows\inf" folder on the host PC is "beco_usb.inf". The driver is automatically loaded by the TapTalk installation software.

When the control is connected to the PC utilizing a USB cable, Windows will enumerate the control as a serial com device and will assign an unused COM Port to the control.

Refer to Appendix A, Figure A-4, Communication Menu Flow Screens and Instruction Book, Secti o n 4.1, System Setup, for additional setup information.

Activating Initial Communication using USB (Serial) Connection and Default Communication parameters is accomplished as follows:

1. Ensure the following conditions exist:

• TapTalk is installed on the host computer

• The control is energized

2. Plug the USB cable into the host PC USB port.

–21–

Page 29

M-6200A Application Guide

3. Plug the USB cable into the USB port on the control. The host PC will:

a. Interrogate the control to determine the type of hardware device it is.

NOTE:Q If the host PC cannot identify the proper driver for the M-6200A, the driver

can be found on the TapTalk software installation disk.

b. Load any required drivers.

c. Assign the next available COM port to the USB connection.

4. Start the TapTalk program, TapTalk will display the TapTalk Main dialog screen.

5. Select Connect/USB from the Connect drop-down menu.

TapTalk will display the USB Port dialog screen (Figure 13).

Figure 13 USB Port Connection Dialog Screen

6. Ensure that the correct COM port is displayed for the selected USB device.

NOTE:Q TapTalk will automatically choose the port for the control you just connected

to.

7. Enter "Access Level Code" and check "Save" if desired.

Default Values:

Level 1 000000 (Disabled)

Level 2 222222

8. Select Connect, TapTalk will attempt to connect to the target control.

9. If TapTalk returns a Failed to Connect Error screen (Figure 14), then repeat Steps 6, 7 and 8.

Figure 14 Failed to Connect Error Screen

–22–

Page 30

B‑2355 Cooper

10. If Level 1 Access is not active or the proper Level 1 or Level 2 access code was entered, then TapTalk will brieﬂy display a "Successfully Connected Level 1/Level 2" conﬁrmation screen, then display the connected version of the TapTalk Main Screen with the appropriate Access Level.

11. If Level 1 Access is active and an invalid access code was entered, then TapTalk will display a "Failed to perform Access Code Veriﬁcation" error message (Figure 13).

Figure 15 Failed to perform Access Code Verication Error Screen

12. Select OK. TapTalk will brieﬂy display the "Successfully Connected Read-Only Access" screen (Figure 14) and then display the connected version of the TapTalk Main Screen with Read-Only permission.

Figure 16 Successfully Connected Read-Only Access Screen

–23–

Page 31

M-6200A Application Guide

This Page Left Intentionally Blank

–24–

Page 32

A HMI

A.1 HMI Menu Flow .............................................................. A–2

Figure A-1 Monitor Menu Flow .................................... A–2

Figure A-2 Setpoints Menu Flow ................................ A–3

Figure A-3 Conﬁguration Menu Flow ........................... A–4

Figure A-4 Communication Menu Flow ........................ A–6

Figure A-5 Utilities Menu Flow ..................................... A–7

A.2 HMI Screen Review ....................................................... A–8

Monitor/Metering ............................................................ A–8

Monitor/Present Demand ............................................... A–9

Monitor/Demand History ................................................ A–9

Monitor/Energy Metering .............................................. A–10

Monitor/Status .............................................................. A–11

Monitor/Motor Current .................................................. A–14

Monitor/Harmonics ....................................................... A–14

Monitor/Tap Information ............................................... A–15

Setpoints/Proﬁle Settings ............................................. A–17

Setpoints/Common Settings ......................................... A–17

Setpoints/Power Flow Forward ..................................... A–18

Setpoints/Power Flow Reverse ..................................... A–18

Setpoints/Voltage Reduction ........................................ A–19

Setpoints/Limits ............................................................ A–20

Setpoints/VAr Bias ....................................................... A–20

VAr Bias (Step) ............................................................ A–20

VAr Bias (Linear) .......................................................... A–21

Conﬁguration/Tapchanger Type .................................... A–22

Conﬁguration/Tap Settings ........................................... A–22

Conﬁguration/Programmable Alarm ............................. A–24

Conﬁguration/System Clock ......................................... A–24

Conﬁguration/Mtr Current Proﬁle .................................. A–24

Conﬁguration/CBEMA Setup ........................................ A–25

Conﬁguration/Harmonics Setup.................................... A–25

Conﬁguration/Data Logging .......................................... A–26

Conﬁguration/Run Through Neutral .............................. A–27

Conﬁguration/Nameplate .............................................. A–27

Communication/Comm Settings ................................... A–30

Communication/Memory Card ...................................... A–31

Communication/Ethernet .............................................. A–32

Communication/HMI ..................................................... A–34

Communication/Bluetooth ............................................ A–34

Communication/RS232 ................................................. A–35

Utilities/Calibration-Test ................................................ A–36

Utilities/About ............................................................... A–38

Appendix – A

Q CYBER SECURITY NOTE:

When Cyber Security is enabled, access to any feature described in this Chapter is subject to the Access Permissions Policy as designated by the Security Policy Administrator.

A–1

Page 33

M-6200A Instruction Book

Status

ß à

Press ENT to view

Alarm Status

Press ENT to view

Input Status

Press ENT to view

Output Status

Press ENT to view

Regulator Status

Present Demand

ß à

Demand Interval

xx Min

Demand Load Voltage

xxx.x Volts

Demand Pri. Current

x.x Amps

Demand Pri. Watts

x.xx MW

Demand Pri. VArs

x.xx MVArs

Demand Pri. VA

x.xx MVA

MONITOR

ßUTIL SETPà

Energy Metering

ß à

Watt Hours Fwd E

x kWh

Lagging VAr Hours E

x kVArh

Watt Hours Rev E

x kWh

Leading VAr Hours E

x kVArh

Press ENT to reset

Energy Metering

Press ENT to perform

Master Reset

Demand History

ß à

Min Load Voltage E

xxx.x Volts

Max Load Voltage E

xxx.x Volts

Max Pri. Current E

x.x Amps

Max Primary Watts E

x.xx MW

Max Primary VArs E

x.xx MVAr

Max Primary VA E

x.xx MVA

PF @ Max VA

x.xxx PF

Press ENT to reset

Demand History

Press ENT to perform

Master Reset

Demand Interval

xx Min

Metering

ß à

Load Voltage

xxx.x Volts

Source Voltage

xxx.x V (Calculated)

Load Current

x.x mA Lag

Compensated Voltage

xxx.x Volts

Primary Voltage

x.xx kV

Primary Current

x.x Amps

Primary Watts

x.xx MW

Primary VArs

x.xx MVArs

Primary VA

x.xx MVA

Frequency

xx.x Hz

Power Factor

x.xxx Lead

Definite Timer

Raise= x Sec LO

Intertap Timer

xxx %

Tap Information

ß à

Tap Position/Cal

Operation Counter

Resettable Counter E

Drag Hands E

L= 0 N R= 0 N

Press ENT to view

specific Tap Stats

Press ENT to clear

Tap Statistics

Press ENT to view

Voltage Harmonics

Press ENT to view

Current Harmonic

Harmonics

ß à

Voltage % THD

x.x %

Profile Duration

xxxxx.x ms (xxxxx.x) T

Motor Current

ß à

Peak RMS Curr

x.x mA (x.x) T

Avg RMS Curr

x.x mA (x.x) T

Current % THD

x.x %

Neutral Sw Counter

Peak Motor Current E

x.x mA

Lower Counter

Raise Counter

Primary Src Voltage

x.xx kV

Meter Out Voltage

xxx.x Volts

RTN Success Counter

xxxxx

Count to RTN Active

xxxxx

RTN Status

Disabled/Enabled/Counting

Battery Alarm Status

NOT ENABLED

A.1 HMI Menu Flow

A–2

Figure A-1 Monitor Menu Flow

At any menu screen:

Press EXIT to go to the Menu Header.

Press either   to move sideways to the adjacent Menu

Header.

Page 34

LDC Selection*

Timer Characteristic

DEFINITE

Timer Reset

INTEGRATING

Rev Power Operation

BLOCK

Power Direction Bias

NONE

Common Settings 1

ß à

Power Flow Fwd 1

Bandcenter Fwd

xxx.x Volts

Bandwidth Fwd

x.x Volts

LDC R Fwd ßà

x Volts

LDC X Fwd

x Volts

Definite Delay Fwd

ßà

xx Sec

OR “Inverse

Delay Fwd”

OR “Inverse

Delay Rev”

Power Flow Rev 1

ß à

Bandcenter Rev

xxx.x Volts

Bandwidth Rev

x.x Volts

LDC R Rev ßà

x Volts

LDC X Rev

x Volts

Definite Delay Rev

ßà

xx Sec

SETPOINTS

ßMNTR CNFGà

Power Flow Reverse setting screens are only available when the

"Reverse Power Operation" selection under "Common Settings" is

selected to either REGULATE REVERSE, REG. R MEASURED SRC,

DISTRIBUTED GENERATION, AUTO DETERMINE or AUTO

DETERMINE MEASURED. If Distributed Generation is selected, then

only LDC values can be set.

Selecting BLOCK, IGNORE or RETURN TO NEUTRAL disables the

Power Flow Reverse setting screens.

VAr Bias Method

disable (Step, Linear)

Lead % Pickup

Lag % Pickup

VAr Bias Volt Step

1.0 Volts

Max VAR Bias Time

300 mins

VRed Turnoff Timer

0 Min

Smart VR

disable

Save VR at Power Off

DON"T SAVE

Standard VR

ENABLE

Voltage Reduction 1

ß à

VAr Bias 1

ß à

Limits 1

ß à

Block Raise Voltage

xxx.x Volts

Block Lower Voltage

xxx.x Volts

Dead Band

x.x Volts

Current Block Limit

xxx mA

VAr Bias Method

Step

Disable in Rev Pwr

disable

Fwd Max Cap Bnk Size

12000 KVAr

Rev Max Cap Bnk Size

12000 KVAr

*Selection is not

available when Linear

VAr Bias is enabled

Reduction Step 1 %

2.5

Reduction Step 2 %

5.0

Reduction Step 3 %

7.5

LDC Z Fwd ßà

x Volts

LDC Z Rev ßà

x Volts

Active Setpoint Profile or Setpoint

Profile Selected for Editing

Active Profile

Profile :1

Profile to Edit

Profile :1

Edit Profile 1 Name

xxxxx

Profile Settings

ß à

Repeats for

Profiles 2-4

VAr Bias Method

Linear

Disable in Rev Pwr

disable

Curr Mult Base Value

Linear V Bias -X

0 Volts

Linear V Bias -X Lmt

0.0 Volts

Normlzd Lin V Bias -X

x.x Volts

Linear V Bias +X Lmt

0.0 Volts

Linear V Bias +X

0 Volts

Normlzd Lin V Bias +X

x.x Volts

DG LDC R ßà

X Volts

DG LDC X

X Volts

AD Tap Limit Timer

60 Min

Appendix – A

At any menu screen:

Press EXIT to go to the Menu Header.

Press either   to move sideways to the adjacent Menu Header.

Figure A-2 Setpoints Menu Flow

A–3

Page 35

M-6200A Instruction Book

Data Logging

ß à

Data Log Select

11111111111111

Data Log Interval 5 mins

Press ENT to clear Data Log Records

Nameplate

ß à

CT Multiplier 6000 X

Load VT Multiplier

60.0 X

CT/Load VT Phasing x Deg

Load VT Correction x.x Volts

Regulator Type TYPE A

Output Selection CONTINUOUS

Output Pulse X.X Sec

Tap Settings

ß à

Tap Information

INTERNAL KEEPTRACK

Tap Limits disable

Op Counter Config 1 X

Tap Position/Cal 0

X Mode Delay

10 ms

Ntrl Counter Preset XXXXXX

Prog Alarm Function <0001100011100110

Pred. Maint. Alarm 0

System Clock

ß à

Set Date and Time 03/26/07 15:41:29

Daylight Savings disable

CONFIGURATION

ßSETP COMMà

Source VT Multiplier

60.0 x

CT/Source VT Phasing

x Deg

Source VT Correction

x.x Volts

Input Selection 1 VOLTAGE RED 2

Motor Seal-In disable

Harmonics Setup

ß à

V 17-31 Har. Alarm 000000001010101

V Alarm Threshold x.x %

17-31 Har. Alarm

000000000010100

V 2-16 Har. Alarm 011111111111111

Alarm Threshold

x.x %

Harmonic Alarm Delay

x s

2-16 Har. Alarm

011111111111111

Op Counter Config Count Window

Programmable Alarm

ß à

Counter Time Window

0.5 Sec

Op Counter Preset XXXXXX

Raise Counter Preset

XXXXXX

Min

Thresh. ENABLE

ENABLE

Norm. VT. Multiplier

1.00 x

Min Fund I Threshold xx mA

When Min I Threshold

is Enabled

Motor Seal-In Delay 10 ms

Clear Sealin Alarm Ready Press Enter

Low Current Block disable

Clr Low Current Blk Ready Press Enter

Seal-In Fail Block disable

When Motor Seal-in is ENABLED

When Count Window

is Enabled

Max Allowed Taps x

Taps Between Runs xxxxx

Enable/Disable disable

Max Load Current xx mA

Max RTN Standby Ops

xxxxx

Run Through Neutral

ß à

Tapchanger Type

ß à

Tapchanger Type

REGULATOR TYPE A

Regulator Vendor Default

Maximum Tap Wear

Clr Run T. Neu Alarm Ready Press ENTER

Reset Success Cntr Ready Press ENTER

MS Current Pickup 250 mA

MS Current Dropout 240 mA

MS Current Duration 35 ms

VAr/PF Alrm Time Dly x Sec

Lagging PF Alarm xxx PF

Min I for PF Alarms xx mA

Leading VAr Alarm xxxx kVAr

Lagging VAr Alarm xxxx kVAr

Leading PF Alarm xxx PF

Comm Block Auto DON"T SAVE

Scamp Init Pwrup AUTO

When SCAMP

Option purchased

Intertap Delay x Sec

Input Selection 2 VOLTAGE RED 1

Input Selection 3 NON SEQUENTIAL

Clr Abnrml Tap Alarm Ready Press ENTER

Tap Block Raise xx

Tap Block Lower xx

When Enabled

At any menu screen:

Press EXIT to go to the Menu Header.

Press either   to move sideways to the adjacent Menu Header.

Figure A-3 Conguration Menu Flow (1 of 2)

A–4

Page 36

Appendix – A

Tap Settings

ß à

Tap Information

INTERNAL KEEPTRACK

Tap Limits disable

Op Counter Config 1 X

Tap Position/Cal 0

X Mode Delay

10 ms

Ntrl Counter Preset XXXXXX

Prog Alarm Function <0001100011100110

Pred. Maint. Alarm 0

System Clock

ß à

Set Date and Time 03/26/07 15:41:29

Daylight Savings disable

Peak RMS % Change xxx

Average RMS % Change xxx

Duration % Change xxx

Init. Motor Current Press ENT to reset.

Motor Seal-In disable

Mtr Current Profile

ß à

Op Counter Config Count Window

Programmable Alarm

ß à

Counter Time Window

0.5 Sec

Op Counter Preset XXXXXX

Normal Voltage xxx.x Volts

Event 1 ENABLE

Event1 Sag Pickup xx %

Event1 Sag Dropout xx %

CBEMA Setup

ß à

Event1 Sag Min Dur x Cycles (xx ms)

Repeats for

Events 2 thru 4

Clear All Counters Ready Press ENTER

Lower Counter Preset

XXXXXX

Raise Counter Preset

XXXXXX

Motor Seal-In Delay 10 ms

Clear Sealin Alarm Ready Press Enter

Clr Low Current Blk Ready Press Enter

Seal-In Fail Block disable

When Motor Seal-in is ENABLED

When Count Window

is Enabled

Maximum Tap Wear

065534

Indvdl Tap Wear Alrm

100%

Clr Run T. Neu Alarm Ready Press ENTER

MS Current Pickup 250 mA

MS Current Dropout 240 mA

MS Current Duration 35 ms

Use Taptalk for CBEMA in SOE or OSC

Intertap Delay x Sec

Clr Abnrml Tap Alarm Ready Press ENTER

Tap Block Raise xx

Tap Block Lower xx

When Enabled

At any menu screen:

Press EXIT to go to the Menu Header.

Press either   to move sideways to the adjacent Menu Header.

Figure A-3 Conguration Menu Flow (2 of 2)

A–5

Page 37

M-6200A Instruction Book

HMI

ß à

Set LCD Contrast: E

Level 1 Access Code Press ENT to change

Oscillograph Message ENABLE

User Line 1 E Beckwith Electric

User Line 2 E

M-6200A

Enter DNP Port 20000

Ethernet

ß à

DHCP Enable ENABLE

IP Address

0.0.0.0

Net Mask

0.0.0.0

Gateway

0.0.0.0

Enter Modbus Port 502

RS232

ß à

Protocol MODBUS

Stop Bits ONE STOPBIT

Sync Time 50 ms

Baud Rate 115200

Parity NONE

Comm Settings

ß à

Comm Port Type RS485

Comm Protocol DNP3.0

Comm Address DNP 1 Mdbus 1

Baud Rate 9600

Parity NONE

Stop Bits ONE STOPBIT

Sync Time 2 ms

DNP Configuration

M-6200A DNP DEFAULT

Bluetooth

ß à

Bluetooth Enable ENABLE

Bluetooth Reset Ready Press ENTER

Bluetooth Protocol MODBUS

Authentication disable

Bluetooth Pass Reset Ready Press ENTER

Keepalive Time 120 sec

Auto Negotiation ENABLE

Level 2 Access Code Press ENT to change

Clear Osc Records Ready Press ENTER

Friendly Name M6200A

Src Addr Validation disable

Substation Address DNP 0 Mdbus 0

Feeder Address DNP 0 Mdbus 0

If Memory Card is present, then the first menu

to be displayed under Communication is the

Memory Card menu, otherwise the Memory

Card menu is not displayed.

COMMUNICATION

ßCNFG UTILà

Firmware Update Press ENT to begin

Memory Card

ß à

Load Setpoints Press ENT to begin

Save Setpoints Press ENT to begin

Save Datalog Press ENT to begin

Load DNP Config Press ENT to begin

Save DNP Config Press ENT to begin

Save seq. of events Press ENT to begin

Save oscillograph Press ENT to begin

Clone save Press ENT to begin

Clone load Press ENT to begin

Comm Access Security

disable

Comm Access Timeout

60 sec

Output Pulse

1.5 Sec

Save Metering Data Press ENT to begin

TX Delay 10 ms

SD Quick Capture Press ENT to begin

Bluetooth Mode MODE0

Control BT Device xx:xx:xx:xx:xx:xx

Load User config

Press ENT to begin

Load IPsec config

Press ENT to begin

Radius Secret Code Press ENT to change

IEEE 1686 Standard not used/ Authen with Encryp*

*NOTE: Once IEEE 1686 Standard cyber security is enabled, the user must enter a valid User Name and Password to access any menus other than the "Utilities/About" menu. This selection cannot be changed to "not used" without entering a valid User Name and Password.

Radius Server 1 IP xx.xx.xx.xxx

Radius Server 2 IP xx.xx.xx.xxx

Radius 1 Auth. Port 1812

Radius 1 Acc. Port 1813

Radius 2 Acc. Port 1815

Radius 2 Auth. Port 1814

Radius En./Dis. disable

SNTP IP Address xx.xx.xxx.xx

SNTP En./Dis. disable

IPSEC En./Dis. disable

Time Zone GMT –5 Hr

At any menu screen:

Press EXIT to go to the Menu Header.

Press either   to move sideways to the adjacent Menu Header.

A–6

Figure A-4 Communication Menu Flow

Page 38

UTILITIES

ßCOMM MNTRà

About

ß à

Serial Number xxxxx

Firmware Version D-0228Vxx.xx.xx

Calibration/Test

ß à

Volt Cal Coefficient 32767 X

Load Voltage XXX.X Volts

Bias Voltage Status/Test Mode

Control Load I x.x mA Lead

Curr Cal Coefficient 32767 X

Power Factor x.xxx Lead

Sin Coefficient

0 X

Motor Current xx.x mA

Cos Coefficient

8192 X

Mtr Cal. Coefficient 8192 X

Mtr Sin Coefficient 0 X

Volt Rms Coefficient 32767 X

EE Checksum

XXXXXX

LED Scroll Test Press ENT to begin

Input Test Press ENT to Begin

Output Test Press ENT to test

Button Input Test Press ENT to Begin

Change Src Input press ENTER.

Mtr Cos Coefficient 8192 X

Mtr RMS Coefficient 8192 X

Watchdog resets: 0 Total resets: XX

Clear reset counters Press ENT to begin

X1 Duration x ms, Avg: x ms

Motor Sealin Pulse x ms, Avg: x ms

When Motor Seal-in

ENABLED

Comm Options En/Dis

01111111111111

Init Setpoints Press ENT to begin

Erase Flash Files Press ENT to begin

Appendix – A

At any menu screen:

Press EXIT to go to the Menu Header.

Press either   to move sideways to the adjacent Menu Header.

Figure A-5 Utilities Menu Flow

A–7

Page 39

M-6200A Instruction Book

A.2 HMI Screen Review

Monitor/ Metering

Load Voltage xxx.x Volts

Meter Out Voltage xxx.x Volts

Source Voltage XXX.X V (Calculated)

Load Current x.x mA Lag

Compensated Voltage xxx.x Volts

Primary Voltage x.xx kV

Displays the real-time measured value of voltage at the

regulator or the transformer, including the voltage reduction if applicable and any corrections made using the user-selected VT correction voltage.

Displays the measured voltage at the terminals of the M-6200A

without any software modiﬁcations. Used as the base for normalizing voltage.

Displays the real-time calculated source voltage-only applicable

in regulator control applications and includes any corrections made using the user-selected VT correction voltage.

Displays the real-time measured value of load current related to

the scaling factor Current Transformer of 200 mA.

Displays the calculated voltage at the "load center," based on

load current and the LDC settings.

Displays the calculated primary voltage based on the user-

selected voltage multiplier and measured secondary voltage.

Primary Src Voltage x.xx kV

Primary Current x.x Amps

Primary Watts x.xx MW

Primary VArs x.xx MVArs

Primary VA x.xx MVA

Displays Primary Source Voltage based on the user-selected

Source VT Correction.

Displays the calculated primary current based on the user-

selected current multiplier and measured secondary current.

Displays the calculated primary quantity based on the user-

selected multipliers and measured secondary voltage and current.

Displays the calculated primary quantity based on the user-

selected multipliers and measured secondary voltage and current.

Displays the calculated primary quantity based on the user-

selected multipliers and measured secondary voltage and current.

A–8

Figure A-6 Monitor Screens (page 1 of 9)

Page 40

Monitor/Metering (Cont'd)

Appendix – A

Power Factor X.XXX Lead

Frequency xx.x Hz

Monitor/Present Demand

Demand Interval xx Min

Demand Load Voltage xxx.x Volts

Demand Pri. Current x.x Amps

Displays the real-time calculated value of power factor.

Displays the line frequency.

Toggles between 5, 10, 15, 30 and 60 minute interval with a

factory setting of 15 minutes. The time interval is the amount of time it takes for a thermal meter to indicate 90% of a change of load.

Displays the real-time measured value of voltage at the

regulator or transformer. This value continuously averaged over consecutive 32-second intervals.

Displays the calculated primary demand current based on

the user-selected current multiplier and measured secondary current.

Demand Pri. Watts x.xx MW

Demand Pri. VArs X.XX MVArs

Demand Pri. VA x.xx Mva

Monitor/Demand History

Demand Interval xx Min

Min Load Voltage E xxx.x Volts

Max Load Voltage E xxx.x Volts

Displays the demand value base on the user-selected voltage

and current multipliers or secondary voltage and current.

Displays the demand value based on the user-selected voltage

and current multipliers and measured secondary voltage and current.

Displays the demand value based on the user-selected voltage

and current multipliers and measured secondary voltage and current.

Toggles between 5, 10, 15, 30 and 60 minute interval with a

factory setting of 15 minutes. The time interval is the amount of time it takes for a thermal meter to indicate 90% of a change of load.

Displays minimum local voltage at the regulator or transformer.

Bottom line toggles between date/time/Volts.

Displays maximum local voltage at the regulator or transformer.

Bottom line toggles between date/time/Volts.

Figure A-6 Monitor Screens (page 2 of 9)

A–9

Page 41

M-6200A Instruction Book

Monitor/Demand History (Cont'd)

Max Pri. Current E X.X Amps

Max Primary Watts E x.xx MW

Max Primary VArs E X.XX MVAr

Max Primary VA E X.XX MVA

PF @ Max VA x.xXX PF

Press ENT to reset Demand History

Displays maximum primary current. Bottom line toggles

between date/time/Amps.

Displays maximum Watts. Bottom line toggles between date/

time/W.

Displays maximum VAr. Bottom line toggles between date/time/

VAr.

Displays maximum VA. Bottom line toggles between date/time/

VA.

Displays power factor at time of maximum VA. Resets

automatically when MAX VA screen, below, is reset.

Press ENT to perform Master Reset

Monitor/Energy Metering

Watt Hours Fwd E x kWh

Lagging VAr Hours E x kVArh

Watt Hours Rev E x kWh

Leading VAr Hours E x kVArh

Press ENT to reset Energy Metering

Displays total forward WHr. Bottom line toggles between date/

time/WHr.

Displays total forward VArHr. Bottom line toggles between date/

time/VArHr.

Displays total reverse WHr. Bottom line toggles between date/

time/WHr.

Displays total reverse VArHr. Bottom line toggles between date/

time/VArHr.

Press ENT to perform Master Reset

A–10

Figure A-6 Monitor Screens (page 3 of 9)

Page 42

Monitor/Status

Press ENT to view Regulator Status

Appendix – A

TAP BDS PWR BLK VRD 1 OK fwd blk Off

The following screens can be viewed for additional information by depressing the Down Arrow pushbutton,

TAP Tap Position*

BDS Band Status (Lo, Hi, In Band)

PWR Power Direction (Fwd, Rev, Auto Determination)

BLK Blocks in Effect

VRD Voltage Reduction (Off, 1, 2, 3)

*In order to verify Neutral Tap Position, when the tap position is "0", but no neutral input is detected, the Tap Position screen will display "- - -" instead of "0".

Tap Position 0

Band Status In Band, High, Low

Power Direction Forward, Reverse

Auto Determination Forward

When Reverse Power mode is set to Auto Determination or

Auto Determination Measured, the displayed value is one of the following:

• Dist Gen

• RegRev – Regulate in Reverse

• Forward – Forward Power mode

• Dist G en - Eval – DG Test mode

• RegRev - Eval – Regulate in Reverse Test Mode

• Forward - Eval – Forward Test Mode

– DG mode

Figure A-6 Monitor Screens (page 4 of 9)

A–11

Page 43

M-6200A Instruction Book

Monitor/Status (Cont'd)

Blocks in Effect

-- -- -- -- -- -- --

Blocks in Effect are indicated from left to right (Position 1 to

7). Multiple blocks may be in effect and therefore the display is prioritized as follows:

NOTE:Q Blocks are listed in order of display priority from top

to bottom.

Position Block Display

1 Line Limit LL

2 Force Lower FL

2 Voltage Limit Block Lower BL

2 Voltage Limit Block Raise BR

3 Tap Limit Block Lower TL

3 Tap Limit Block Raise TR

4 Non-Sequential Block NS

4 Seal-in Failure Block Raise and Lower SB

4 Seal-in Failure Block Raise SR

4 Seal-in Failure Block Lower SL

4 Low Current Block IB

5 Comm Block CB

6 Reverse Power Block RP

7 SCADA Cutout Local SC

Voltage Reduction Off, 1, 2, 3

Press ENT to view Alarm Status

ABCDEFGHIJKLMNOP– > 0000––0––––00X––

< – Q R S T U V W – – – – – – –

A = Block Raise Tap B = Block Lower Tap C = Block Raise Voltage D = Block Lower Voltage E = Voltage Reduction F = Power Direction G = Current Limit H = Comm Block I = LDC/LDZ J = Selftest K = Seal-in Failure L = VAr Bias Lag

Alarm Status Key

1 Alarm Enabled/Condition Met

0 Alarm Enabled/Condition Not Met

X Alarm Disabled/Condition Met

– Alarm Disabled/Condition Not Met

M = VAr Bias Lead N = Backup Fail O = Abnormal Tap Position P = Low Current Blk Q = RTN Fail R = Op Count Signal S = Individual Tap Wear T = Leading VAr U = Lagging VAr V = Leading PF W = Lagging PF

A–12

Figure A-6 Monitor Screens (page 5 of 9)

Page 44

Monitor/Status (Cont'd)

Press ENT to view Input Status

C NS V d KT N MS 0 0 -- 0 RL 0 0

Appendix – A

C = Counter Contact

NS = Non-Sequential Input

VR = Voltage Reduction Inputs 1 and 2

DH = Drag Hands Reset Input

KT = KeepTrack Lower and Raise Input

N = Neutral Input

MS = Motor Seal-In Input

Key

1 = True (on)

0 = False (off)

For VR

- - = No Voltage Reduction Steps in effect

1 - = Voltage Reduction Step 1 in effect

- 2 = Voltage ReductionStep 2 in effect

1 2 = Voltage Reduction Step 3 in effect

For KT

- - = No Raise or Lower inputs active

R - = Raise Input detected

- L = Lower Input detected

RL = Motor power is not connected or circuit failure.

Press ENT to view Output Status

raise lower alarm

LOWER Lower Output Contact

1 0 0

ALARM Alarm Output Contact

Battery Alarm Status NOT ENABLED

Figure A-6 Monitor Screens (page 6 of 9)

RAISE Raise Output Contact

Key

1 = True (on)

0 = False (off)

When the optional Battery Pack sense line is connected to

TB1-1 and Input Selection 3 (Non-Sequential) is conﬁgured as "Aux 2", this screen will display the Battery Alarm Status as "BATTERY OK!" or "BATTERY LOW!".

A–13

Page 45

M-6200A Instruction Book

Monitor/Motor Current

Peak RMS Curr X.X mA (X.X) T

Avg RMS Curr X.X mA (X.X) T

Profile Duration XXXXX.X ms (XXXXX.X) T

Peak Motor Current E X.X mA

Monitor/Harmonics

Voltage % THD X.X %

Displays the Peak RMS Current of the last operation (proﬁle).

Also displays the average Peak RMS Current from the Training Mode ( ). If a "T" is present, the Training Mode is active.

Displays the Average RMS Current of the last operation (proﬁle).

Also displays the average of the Average RMS Current from the Training Mode ( ). If a "T" is present, the Training Mode is active.

Displays the Proﬁle Duration of the last operation (proﬁle). Also

displays the average of the Proﬁle Duration from the Training Mode ( ). If a "T" is present, the Training Mode is active.

Displays the Peak Motor Current recorded. This parameter is

the highest Peak Motor Current recorded by the control. This parameter is independent of the Peak RMS Current in the Motor Current Proﬁle.

Displays the percent of Voltage THD.

Current % THD X.X %

Press ENT to view Voltage Harmonics

Press ENT to view Current Harmonic

Displays the percent of Current THD.

Allows the user to view individual Voltage Harmonic Values

(2-31).

Allows the user to view individual Current Harmonic Values

(2-31).

A–14

Figure A-6 Monitor Screens (page 7 of 9)

Page 46

Monitor/Tap Information

Appendix – A

Tap Position/Cal 0

Drag Hands E L= 0 N R= 0 N

Definite Timer Raise= X Sec LO

Intertap Timer xxx %

Operation Counter 0

Displays the tap position of the tapchanger. Recognizes

tapchanges commanded via manual, automatic or external (SCADA) means, if tap position is not disabled. The tap position can be calibrated by selecting ENT, then setting the tap position using the / pushbuttons and selecting ENT to conﬁrm the new tap position.

NOTE:Q In order to verify Neutral Tap Position, when the tap

position is "0", but no neutral input is detected, the Tap Position screen will display "- - -" instead of "0".

Displays minimum and maximum values of tap position since

reset. (Section 2.2)

Displays the status of the raise and lower timers; inverse or

linear.

Displays the status of the intertap timer.

Records the total number of raise and lower operations. The

operation counter will advance by one or two counts, as set by user, for each open-close-open contact operation. This counter is not resettable, but can be preset to any value between 0 and 999,999.

Resettable Counter E 0

Neutral Sw Counter x

Lower Counter x

Raise Counter xx

Records the total number of raise and lower operations as does

the total operations counter, discussed above. This counter is reset by pressing ENT at this screen. This counter can be used to monitor the number of tapchanges since the last time it was checked.

The Neutral Switch Counter is updated each time the neutral

input is detected. Neutral Switch Counter can also preset to any value. The Neutral Switch Counter is a software counter that is stored in non-volatile memory and has a maximum value of 999,999.

Records the number of Lower operations, can be Preset/Reset

in Conﬁguration/Tap Settings.

Records the number of Raise operations, can be Preset/Reset

in Conﬁguration/Tap Settings.

Figure A-6 Monitor Screens (page 8 of 9)

A–15

Page 47

M-6200A Instruction Book

Monitor/Tap Information (Cont'd)

Press ENT to view specific Tap Stats

Tap Tap Number

TAP Number = The number of tapchanges and the Accumulated

X X X.X A

Press ENT to clear

TAP = Tap Position

Primary Current at this position.

Press ENT to conﬁrm clearing tap statistics.

Tap Statistics

RTN Success Counter xxxxx

RTN Status

Disabled/Enabled/Counting

Count To RTN Active xxxxx

The RTN Success counter increments after each successful

operation of the Run Through Neutral feature.

Displays the status of the Run Through Neutral Feature.

Displays the number of counter operations since the operations

between runs setting was set, or since the feature was enabled. The counter will reset to zero if the feature is enabled and successfully runs through neutral.

A–16

Figure A-6 Monitor Screens (page 9 of 9)

Page 48

Setpoints/Proﬁle Settings

Appendix – A

Active Profile Profile: 1

Profile to Edit Profile: 1

Edit Profile 1 Name "Empty"

Setpoints/Common Settings

LDC Selection RX

Timer Characteristic DEFINITE

Provides the means to select the Active Proﬁle (1, 2, 3 or 4).

Selects the Setpoint Proﬁle to be edited (1, 2, 3 or 4).

Allows the user to assign a proﬁle (1, 2, 3 or 4) name up to

20 standard alphanumeric characters. Alpha characters may be either upper or lower case.

Allows the user to select between Line Drop Compensation

Resistance/Reactance or Z.

Allows setting control timer for Deﬁnite or Inverse time. There

are four setpoints associated with this selection: Time Delay F/R, and Inverse Time F/R.

Timer Reset INTEGRATING

Rev Power Operation BLOCK

Power Direction Bias NONE

Toggles between integrating timer and instantaneous reset

(INST_RESET) timer upon voltage return to in-band condition.

Toggles between eight modes of operation:

• BLOCK – to inhibit automatic tapchange operation (Factory Setting)

• REGULATE REVERSE/REG. R MEASURED SRC – to detect a reverse power condition and regulate according to reverse power settings

• RETURN TO NEUTRAL – to drive the tap position to Neutral

• IGNORE – to continue unit action as though Forward Power Flow continued to exist

• DG Mode (Distributed Generation) – when distribution systems have the possibility of power reversal to control voltage

• AUTO DETERMINE/AUTO DETERMINE M – to allow the control to intelligently choose which reverse power mode applies at the time reverse power is sensed, either Distributed Generation mode or Regulate In Reverse/ Regulate in Reverse Measured

Allows one of three methods to be used for the control to switch

between forward/reverse power operation. The three settings are None, Forward Bias, and Reverse Bias.

Figure A-7 Setpoints Screens (page 1 of 5)

A–17

Page 49

M-6200A Instruction Book

Setpoints/Power Flow Forward

Bandcenter Fwd xxx.x Volts

Bandwidth Fwd x.x Volts

LDC R Fwd x Volts

LDC X Fwd x Volts

LDC-Z Fwd   x Volts

Definite Delay Fwd   xx Sec

Inverse Delay Fwd   xx Sec

Forward power bandcenter is adjustable from 100.0 V to 135.0

V in 0.1 V increments with a factory setting of 120.0 V.

Forward power bandwidth is adjustable from 1.0 V to 10.0 V in

0.1 V increments with a factory setting of 2.0 V.

Forward power Line Drop Compensation resistance is

adjustable from -72 V to +72 V in 1 V increments with a factory setting of 0 V.

Forward power Line Drop Compensation reactance is adjustable

from -72 V to +72 V in 1 V increments with a factory setting of 0 V.

When Line Drop Compensation is set to Z, adjustable from 0 to

72 volts in 1 volt increments.

Forward power time delay for a tapchange is adjustable from

1 sec. to 360 sec. in 1 second increments with a factory setting of 30 sec.

Forward power inverse delay for a tapchange is adjustable from

1 sec. to 360 sec. in 1 second increments with a factory setting of 30 sec.

Setpoints/Power Flow Reverse

Bandcenter Rev XXX.X Volts

Bandwidth Rev X.X Volts

LDC R Rev   X Volts

LDC X Rev X Volts

LDC-Z Rev   X Volts

Definite Delay Rev   xx Sec

Reverse power bandcenter is adjustable from 100.0 V to 135.0

V in 0.1 V increments with a factory setting of 120.0 V.

Reverse power bandwidth is adjustable from 1.0 V to 10.0 V in

0.1 V increments with a factory setting of 2.0 V.

Distributed Generation Line Drop Compensation resistance is

adjustable from -72 V to +72 V in 1 V increments with a factory setting of 0 V.

Distributed Generation Line Drop Compensation reactance is

adjustable from -72 V to +72 V in 1 V increments with a factory setting of 0 V.

When Line Drop Compensation is set to Z, the Distributed

Generation LDC is adjustable from 0 to 72 volts in 1 V increments.

Reverse power time delay for a tapchange is adjustable from 1

sec. to 360 sec. in 1 second increments with a factory setting of 30 sec.

A–18

Figure A-7 Setpoints Screens (page 2 of 5)

Page 50

Setpoints/Power Flow Reverse (Cont'd)

Appendix – A

Inverse Delay Rev   xx Sec

DG LCR R   X Volts

DG LCR X X Volts

DG LCR Z Rev   X Volts

AD Tap Limits Timer XX Min

Setpoints/Voltage Reduction

Standard VR ENABLE

Reverse power inverse delay for a tapchange is adjustable from

1 sec. to 360 sec. in 1 second increments with a factory setting of 30 sec.

Distributed Generation Line Drop Compensation resistance is

adjustable from -72 V to +72 V in 1 V increments with a factory setting of 0 V.

Distributed Generation Line Drop Compensation reactance is

adjustable from -72 V to +72 V in 1 V increments with a factory setting of 0 V.

When Line Drop Compensation is set to Z, the Distributed

Generation LDC is adjustable from 0 to 72 volts in 1 V increments.

The Auto Determination Tap Limits Timer setting is adjustable

from 1 min. to 1440 min. in 1 minute increments with a factory setting of 60 min.

Allows the user to enable or disable the Standard Voltage

Reduction feature.

VRed Turnoff Timer 0 min

Smart VR disable

Save VR at Power Off DON'T SAVE

Reduction Step 1 %

2.5

Reduction Step 2 %

5.0

Reduction Step 3 %

7.5

The Voltage Reduction feature can be turned off after a time

period of 1 to 999 minutes. A setting of zero disables the Voltage Reduction Turnoff Timer.

Allows the user to Enable or Disable Smart Voltage Reduction

on the Control. Smart Voltage Reduction, when enabled, lowers voltage to between the Bandcenter setting and the lower band edge instead of stopping at the upper band edge. It also disablesVAr Bias if it is in effect.

Allows any Voltage Reduction command communicated to the

control to be saved or not saved at power down.

Voltage reduction can be achieved by contact or communication

methods. First of three independent steps of voltage reduction adjustable from 0% to 10% in 0.1% increments of the bandcenter setpoint. Factory setting is 2.5% .

Voltage reduction can be achieved by contact or communication

methods. Second voltage reduction step. Factory setting is 5.0%.

Voltage reduction can be achieved by contact or communication

methods. Third voltage reduction step. Factory setting is 7.5%.

Figure A-7 Setpoints Screens (page 3 of 5)

A–19

Page 51

M-6200A Instruction Book

Setpoints /Limits

Block Raise Voltage xxx.x Volts

Block Lower Voltage xxx.x Volts

Dead Band x.x Volts

Current Block Limit xxx mA

Overvoltage limit is adjustable form 95.0 V to 135.0 V in 0.1 V

increments with a factory setting of 128.0 V. The Block Raise setpoint should always be set above the Block Lower setpoint and above the upper band limit (the bandcenter plus one-half of the bandwidth) for the control to operate. All automatic Raise/ Lower tap operations are blocked, when input voltage is less than 85.0 Vdc.

Undervoltage limit is adjustable from 95.0 V to 135.0 V in 0.1 V

increments with a factory setting of 114.0 V. The Block Lower setpoint should always be set below the Block Raise setpoint and below the lower band limit (the bandcenter minus one-half of the bandwidth) for the control to operate. All automatic Raise/ Lower tap operations are blocked, when input voltage is less than 85.0 Vdc.

Dead band is adjustable from 1.0 V to 4.0 V in 0.1 V increments

with a factory setting of 2.0 V.

Current Block Limit is adjustable from 50 mA to 640 mA in 1 mA

increments with a factory setting of 400 mA with hysteresis of 5 mA. If the value of the current exceeds the Current Block Limit setpoint, the unit will not permit automatic control.

Setpoints/VAr Bias

VAr Bias Method disable

VAr Bias (Step)

Disable in Rev Pwr disable

Fwd Max Cap Bank Size 12000 KVAr

Rev Max Cap Bank Size 12000 KVAr

Lead % Pickup 75

Lag % Pickup 75

Enables either "Step" or "Linear" VAr Bias method or disables

the VAr Bias feature.

Allows Step VAr Bias to be disabled in the reverse power mode.

When Step VAr Bias is enabled provides the user with the ability

to set the largest capacitor bank size in the forward mode from 4 to 12,000 KVAr.

When Step VAr Bias is enabled provides the user with the ability

to set the largest capacitor bank size in the reverse mode from 4 to 12,000 KVAr.

Deﬁnes a Lower negative VAr limit in percentage of the Max

Cap Bank size below which the control will increase the upper band edge by the amount deﬁned by VAr Bias Voltage Step.

Deﬁnes an Upper positive VAr limit in percentage of the Max

Cap Bank size above which the control will decrease the lower band edge by the amount deﬁned by VAr Bias Voltage Step.

A–20

Figure A-7 Setpoints Screens (page 4 of 5)

Page 52

VAr Bias (Step) (Cont'd)

Appendix – A

VAr Bias Volt Step

1.0 Volts

Max VAR Bias Time 300 mins

VAr Bias (Linear)

Disable in Rev Pwr disable

Curr Mult Base Value 0

Linear V Bias -X 0 Volts

Normlzd Lin V Bias -X x.x Volts

Amount by which the control will increase or decrease the

Upper or Lower band edges when there is a VAr Bias out of band situation.

Maximum allowable time in minutes the control will bias the

voltage edge.

Allows Linear VAr Bias to be disabled in the reverse power

mode.

Allows the Current Multiplier Base Value to be set between 0

and 32600.

The "No Voltage Reduction" Linear Voltage Bias (-X) setting

deﬁnes the amount of voltage bias to be applied to the Bandcenter when at 1 PU reactive current loading. Adjustable from -72 to 0 Volts at 200mA Reactive Load.

The Normalized Linear VAr Bias -X Volts display allows the user

to observe the Normalized Linear VAr Bias -X setting as a result of the Normalizing value entered in Conﬁguration.

Linear V Bias -X Lmt

0.0 Volts

Linear V Bias +X 0 Volts

Normlzd Lin V Bias +X x.x Volts

Linear V Bias +X Lmt

0.0 Volts

The "No Voltage Reduction" Linear Voltage Bias (-X) Limit, limits

the total voltage bias that can affect the control Bandcenter. Adjustable from -5.0 to 0.0.

The "During Voltage Reduction" Linear Voltage Bias (+X)

setting deﬁnes the amount of voltage bias to be applied to the Bandcenter when at 1 PU reactive current loading. Adjustable from 0 to 72 Volts at 200mA Reactive Load.

The Normalized Linear VAr Bias +X Volts display allows the

user to observe the Normalized Linear VAr Bias +X setting as a result of the Normalizing value entered in Conﬁguration.

The "During Voltage Reduction" Linear Voltage Bias (+X)

Limit, limits the total voltage bias that can affect the control Bandcenter. Adjustable from 0.0 to 5.0 Volts.

Figure A-7 Setpoints Screens (page 5 of 5)

A–21

Page 53

M-6200A Instruction Book

Conﬁguration/ Tapchanger Type

Tapchanger Type REGULATOR TYPE A

Regulator Vendor Default

Conﬁguration/ Tap Settings

Tap Position/Cal 0

Tap Information INTERNAL KEEPTRACK

Tap Limits disable

Tap Block Raise xx

Displays the vendor speciﬁc regulator conﬁguration selected in

TapTalk. See Section 4.4, TapChanger Type Selections.

Allows input of known tap position to calibrate the unit tap

position. This function is disabled when Tap Information is disabled.

NOTE:Q In order to verify Neutral Tap Position, when the tap

position is "0", but no neutral input is detected, the Tap Position screen will display "- - -" instead of "0".

Toggles between Motor Direct Drive KeepTrack and disable.

Allows the tap position limits to be enabled/disabled.

When enabled the Tap Block Raise Limit is adjustable from –12

to +16 which includes a neutral tap position. Default setting is "0" neutral.

Tap Block Lower xx

Intertap Delay X Sec

Motor Seal-In disable

Seal-in Fail Block ENABLE

MS Current Pickup 250 mA

When enabled the Tap Block Lower Limit is adjustable from –16

to +12. Default setting is –16.

Adjustable from 0 to 60 Seconds in 1.0 second increments with

a factory setting of 0 seconds.

Motor Seal-In must be enabled for Cooper applications to

determine tap position. When enabled a Motor Seal-In Delay setting in ms is available. When Motor Seal-in is enabled the Motor Seal-in Failure Block and Alarm are also enabled by default.

When enabled the operation of the regulator is blocked when

the control determines that a motor seal-in failure has occurred.

Motor Seal-in Current Pickup is adjustable from 100 to 300

mA. This setting determines what level the motor current must exceed to trigger the control to turn off its output and allow the Cooper Motor Seal-in circuit to complete the tap operation. This setting works in conjunction with the Motor Seal-in Current Pickup Minimum Duration setting.

Figure A-8 Conguration Screens (page 1 of 8)

A–22

Page 54

Conﬁguration/ Tap Settings (Cont'd)

Appendix – A

MS Current Dropout 240 mA

MS Current Duration 35 ms

Op Counter Config 1 X

X Mode Delay 10 ms

(or Motor Seal-in Delay)

When the control is using 1X or X2 Mode counter contact

Motor Seal-in Current Dropout is adjustable from 50 to 280 mA.

This setting determines how low the motor current must drop (after the Motor Seal-in Current Pickup Min Duration has been exceeded) to trigger the control to increment the operations counter and tap position.

Motor Seal-in Current Pickup Minimum Duration is adjustable

from 20 to 3000 ms. This setting determines how long the motor current must be above the Motor Seal-in Current Pickup before the control removes its output and looks for the Motor Seal-in Current Dropout to occur.

Selects the contact operation sequence that will cause the

software counter to increment by one. Open/close/open (X1), open/close or close/open contact operation (X2). The count window mode registers any activity as a valid input within the count window time setting.

This menu item is dependent upon weather Motor Seal-in is

enabled or disabled. If Motor Seal-in is enabled, then this menu item will be "Motor Seal-in Delay". If Motor Seal-in is disabled, then the menu item will be "X Mode Delay".

detection method, the X Mode Delay setting in milliseconds can be used to delay the detection of the NEUTRAL position switch or the minimum time duration for X1 counter contact signal.

Op Counter Preset XXXXXX

Ntrl Counter Preset XXXXXX

Lower Counter Preset XXXXXX

Raise Counter Preset XXXXXX

Maximum Tap Wear 065534

Indvdl Tap Wear Alrm 100 %

The counter cannot be reset, but can be preset to any value up

to 999,999 in the Conﬁguration menu.

Provides the user with the capability to preset the Neutral

Counter to any value up to 999,999.

The Lower Counter Preset allows the user to either preset or

reset the lower counter.

The Raise Counter Preset allows the user to either preset or

reset the raise counter.

Allows the user to set a value from 1 to 65534 for the maximum

number of times the regulator has been on each tap before an alarm occurs.

A percentage setting with a range from 1 to 200% which is used

in conjunction with the Maximum Tap Wear setting to determine when the Individual Tap Wear Alarm is triggered. Default setting is 100%.

Figure A-8 Conguration Screens (page 2 of 8)

A–23

Page 55

M-6200A Instruction Book

Conﬁguration/ Programmable Alarm

Prog Alarm Function –<0001100011100110

Pred. Maint. Alarm 0

Clear Sealin Alarm Ready Press ENTER

Clr Low Current Blk Ready Press ENTER

Provides alarm for one or more of the following user-selected

conditions: Communication Block, Block Raise (TAP) Limit exceeded, Block Lower (TAP) Limit exceeded, Block Raise Voltage Limit exceeded, Block Lower Voltage Limit exceeded, Voltage Reduction (any step) invoked, Reverse Power Flow condition detected, Line Limit Current exceeded, LDC/LDZ, Abnormal Tap Position, Backup Power Fail, Self Test, Max VAr Bias Duration Lead, Max VAr Bias Duration Lag in effect, Run Through Neutral Fail, Operation Count Signal Limit exceeded, Leading VAr limit exceeded, Lagging VAr limit exceeded, Leading Power Factor limit exceeded and Lagging Power Factor limit exceeded. See Figure 4-44.

When the resettable operations counter matches the Pred.

Maint. Alarm Setting, the control will display a message that the Pred. Maint. Alarm Setting has been exceeded.

Allows the user to clear the Motor Seal-In Failure Block and

Alarm.

Allows the user to clear the Low Current Block Alarm and Block.

Alarm and Block occurs when the control determines that load current is less than 4 mA and Tap Delta Voltage is less than

0.4 VAC.

Clr Run T. Neu Alarm Ready Press ENTER

Clr Abnormal Tap Alarm Ready Press ENTER

Conﬁguration/ System Clock

Set Date and Time 03/26/07 15:41:29

Daylight Savings disable

Conﬁguration/ Mtr Current Proﬁle

Peak RMS % Change xxx

Allows the user to clear the Run Through Neutral Alarm.

Allows the user to clear the Abnormal Tap Alarm.

Displays and allows resetting of the time and date. Press ENT

to set date; change mode indicated by ﬂashing C. Used in conjunction with drag hands memories where the date/time stamp will be recorded for each drag hand quantity.

Allows automatic Daylight Savings time adjustment to be

enabled or disabled.

Setting for Peak RMS current programmable from 10% to 200%

of the stored Peak RMS current to activate an alarm.

Average RMS % Change xxx

Figure A-8 Conguration Screens (page 3 of 8)

A–24

Setting for Average RMS current programmable from 10% to

200% of the stored Average RMS current to activate an alarm.

Page 56

Conﬁguration/ Mtr Current Proﬁle (Cont'd)

Appendix – A

Duration % Change xxx

Init. Motor Current Press ENT to reset.

Conﬁguration/CBEMA Setup

Normal Voltage xxx.x Volts

Event 1 (2, 3, 4) ENABLE

Event 1 Sag Pickup xx %

Event 1 (2, 3, 4) Sag (Swell)

Setting for Duration current programmable from 10% to 200%

of the stored Duration current to activate an alarm.

Allows the user to reset all Motor Current Proﬁles and initiate

the "Training Mode".

This parameter establishes the target voltage around which the

Event settings determine "Sag" or "Swell" conditions.

Enables/Disables CBEMA Event 1, 2, 3 or 4.

When pickup is set to less than 100% it operates as a Sag

(undervoltage), greater than 100% it operates as a Swell (overvoltage).

Event 1 Sag Dropout xx %

Event 1 (2, 3, 4) Sag (Swell)

Event 1 Min Dur x Cycles (xx ms)

Event 1 (2, 3, 4) Sag (Swell)

Clear All Counters Ready Press ENTER

Conﬁguration/ Harmonics Setup

V 2-16 Har. Alarm 011111111111111

V 17-31 Har. Alarm 000000001010101

Sag Dropout is always set greater than Sag Pickup. Swell

Dropout is ﬁxed at 100%.

Establishes the minimum duration that Sag or Swell condition

exists before an Event is registered.

Clears all CBEMA Event Counters.

Provides the user with the means to select active harmonics for

voltage alarm 2-16.

Provides the user with the means to select active harmonics for

voltage alarm 17-31.

V Alarm Threshold

10.0 %

Allows the user to select the Harmonic Voltage Alarm Threshold

value.

Figure A-8 Conguration Screens (page 4 of 8)

A–25

Page 57

M-6200A Instruction Book

Conﬁguration/ Harmonics Setup (Cont'd)

I 2-16 Har. Alarm 011111111111111

I 17-31 Har. Alarm 000000000010100

I Alarm Threshold 10 %

Min I Thresh. ENABLE ENABLE

Min Fund I Threshold 20 mA

Harmonic Alarm Delay 10 s

Conﬁguration/ Data Logging

Provides the user with the means to select active harmonics for

current alarm 2-16.

Provides the user with the means to select active harmonics for

current alarm 17-31.

Provides Current Alarm Threshold value input.

Enables/Disables Minimum Current Threshold feature.

Establishes minimum fundamental Current Threshold for

Current Harmonics 0 to 200 mA.

Allows Harmonic Alarm Delay setting which is applicable to

both Voltage and Current Threshold settings.

Data Log Select 11111111111111

Data Log Interval 5 mins

Press ENT to clear Data Log Records

Position From Right

1. Load Voltage

2. Compensated Voltage

3. Primary Watts

4. Primary VA

5. Primary VAr

6. Load Current

7. Power Factor

Key

1 = Enabled for Logging

0 = Logging Disabled

8. Frequency

9. Tap Position

10. Source Voltage

11. Primary Current

12. Operation Counter

13. Meter Out Voltage

14. RTN Counter

Figure A-8 Conguration Screens (page 5 of 8)

A–26

Page 58

Conﬁguration/ Run Through Neutral

Appendix – A

Enable/Disable disable

Reset Success Counter Ready Press ENTER

Max Allowed Taps x

Taps Between Runs xxxxx

Max Load Current xx mA

Max RTN Standby Ops xxxxx

Enables and Disables the Run Through Neutral Feature.

Resets the Run Through Neutral Success Counter.

The Maximum Allowed Taps Setting (3 to 7) determines the

maximum number of taps that can be taken to swipe the reversing switch.

This setting (10 to 10000) establishes the number of taps that

must be taken before the Run Through Neutral Feature is activated.

Establishes the Maximum Measured Load current value (1 to

200 mA) that Load Current must be less than to allow the Run Through Neutral feature to activate.

The RTN Standby Ops setting (1 to 10000) is the number of

Tap Operations that when exceeded initiates the "RTN Fail to Operate" alarm.

Conﬁguration/ Nameplate

CT Multiplier 6000 X

CT/Load VT Phasing x Deg

Load VT Multiplier

60.0 X

Load VT Correction x.x Volts

CT/Source VT Phasing x Deg

Source VT Multiplier

60.0 X

Adjustable from 1 to 32600 in 1 increments with a factory

setting of 6000. User selection must include knowledge of CT ratio, from primary rating to 0.2 A rating of control.

CT/VT phasing correction is adjustable from 0° to 330° in 30°

increments with a factory setting of 0°. This setting will advance the current phasor by the indicated value.

Adjustable from 0.1 to 3260.0 in 0.1 increments with a factory

setting of 60.0. User selection must include knowledge of VT ratio, sensing VT ratio correction.

VT ratio correction is adjustable from –15 V to +15 V in 0.1 V

increments with a factory setting of 0 V.

CT/VT phasing correction is adjustable from 0° to 330° in 30° increments

with a factory setting of 0°. This setting will advance the current phasor by the indicated value.

Adjustable from 0.1 to 3260.0 in 0.1 increments with a factory

setting of 60.0. User selection must include knowledge of Source VT Ratio and sensing Source VT Ratio correction.

Figure A-8 Conguration Screens (page 6 of 8)

A–27

Page 59

M-6200A Instruction Book

Conﬁguration/ Nameplate (Cont'd)

Source VT Correction x.x Volts

Norm. VT. Multiplier

1.00 X

Regulator Type TYPE A

Output Selection CONTINUOUS

Output Pulse x.x Sec

Low Current Block disable

VT ratio correction is adjustable from -15 V to +15 V in 0.1 V

increments with a factory setting of 0 V.

Normalizing Voltage Multiplier 0.80 to 1.20 times the Compen-

sating Voltage.

Allows the regulator type to be selected as Type A or B for

correct source voltage calculation. Factory setting is Type A.

Allows choice of output at tapchanger Raise/Lower output

terminal. Choices are continuous or pulsed. For continuous, the control must wait to be in band or counter input valid for output to become disabled. For pulsed, an adjustable pulse width will be applied to the output triacs of 0.2 to 12 seconds.

djustable from 0.2 to 12 seconds in 0.1 second increments.

Factory set at 1.5 seconds.

Enables and disables the Low Current Block and Alarm

feature. When enabled allows the control to determine when load current is less than 4 mA and Tap Delta Voltage is less than .4 VAC to block regulation and initiate the Low Current Block alarm.

Input Selection 1 VOLTAGE RED 2

Input Selection 2 VOLTAGE RED 1

Input Selection 3 NON SEQUENTIAL

Comm Block Auto DON'T SAVE

SCAMP Init Pwrup AUTO

Leading VAr Alarm xxxx kVAr

The Voltage Reduction 2 input can be conﬁgured to become

an auxiliary input that can be read as a DNP point. The default conﬁguration setting is Voltage Reduction 2.

The Voltage Reduction 1 input can be conﬁgured to become

an auxiliary input that can be read as a DNP point. The default conﬁguration setting is Voltage Reduction 1.

The Non-Sequential input can be conﬁgured to become an

auxiliary input that can be read as a DNP point. The default conﬁguration setting is Non-Sequential.

Allow the state of the "Block Auto Operation" communication

command to be saved or not saved when power has been lost.

When the SCAMP option is purchased, AUTO or LAST SAVE is

available. Allows the state of the SCAMP switch to be initialized to the last saved state or Auto Mode when power has been lost.

Adjustable from 150 to 4800 kVAr in increments of 1 with a

factory setting of 300.

Figure A-8 Conguration Screens (page 7 of 8)

A–28

Page 60

Conﬁguration/ Nameplate (Cont'd)

Appendix – A

Lagging VAr Alarm xxxx kVAr

Leading PF Alarm xxx PF

Lagging PF Alarm xxx PF

VAr/PF Alrm Time Dly x Sec

Min I for PF Alarms xx mA

Adjustable from 150 to 4800 kVAr in increments of 1 with a

factory setting of 900.

Adjustable from 0.85 to 0.99 in 0.01 increments with a factory

setting of 0.99.

Adjustable from 0.80 to 0.98 in 0.01 increments with a factory

setting of 0.95.

Adjustable from 0 to 3600 seconds in 1 s increments with a

factory setting of 0 s.

Adjustable from 5 to 200 mA in increments of 1 mA with a factory

setting of 10. The measured Load Current must be above this Minimum Current Threshold setting for the power factor alarms to actuate. When the power factor exceeds the alarm settings for Lead or Lag and the measured Load Current is below this value, the alarm will be ignored.

Figure A-8 Conguration Screens (page 8 of 8)

A–29

Page 61

M-6200A Instruction Book

Communication/Comm Settings

Comm Port Type RS485

Comm Protocol DNP3.0

DNP Configuration M6200A DNP DEFAULT

Src Addr Validation disable

Substation Address DNP 0 Mdbus 0

Feeder Address DNP 0 Mdbus 0

M-6200A Comm Port can be selected for two different

conﬁgurations: RS-485 or Fiber Optics.

Allows selection between standard protocols, DNP3.0,

MODBUS or Cooper 2179.

Displays the current DNP conﬁguration. If no DNP conﬁguration

is present, then "File doesn't exist" will be displayed.

Enables or Disables Source Address Validation in the DNP3.0

protocol.

The Substation Address is utilized to set a speciﬁc

communication identiﬁcation for network addressing. If set to zero the address is not in effect. The address can be set from 1 to 65519.

The Feeder Address is utilized to set a speciﬁc communication

identiﬁcation for network addressing. If set to zero the address is not in effect. The address can be set from 1 to 65519.

Comm Address DNP 1 Mdbus 1

Baud Rate 9600

Parity NONE

Stop Bits ONE STOPBIT

Sync Time 2 mS

Output Pulse

1.5 Sec

Conﬁgures a numerical address, from 1 to 65519, for remote

communications. The factory setting is 1.

Selects baud rate for COM1, located on the top of the control.

None, odd or even parity is available.

One or two stop bits are available.

This time delay improves robust operation when communication

lines are intermittent. Communication dead-sync time is the time that the control will wait from the last received character and continue without attempting to resynchronize. Factory setting is 50 msec; range is 0-32000 msec.

Adjustable from 0.2 to 12 seconds in 0.1 second increments.

Factory set at 1.5 seconds.

Figure A-9 Communication Screens (page 1 of 6)

A–30

Page 62

Communication/Comm Settings (Cont'd)

Appendix – A

Comm Access Security disable

Comm Access Timeout 60 sec

Tx Delay 10 ms

Communication/Memory Card

SD Quick Capture Press ENT to begin

Load Setpoints Press ENT to begin

The Comm Access Secu rity feature when enabled allows the user

to establish Level Access security for MODBUS communications regardless of physical connection.

Establishes the duration at which time communications will

be closed with the control when no communication activity is sensed.

Provides the means to delay transmission of a response on a

serial bus (RS-232, RS-485 or Fiber Optic).

The SD Card Quick Capture feature provides the means (in one

step) to initiate a save of the following data ﬁles to the inserted SD Card (if they exist on the control).

• Control Clone

• Data Logging

• Oscillography

• Sequence of Events

Provides the user with the ability to load setpoint ﬁles (Unit or

Master) from a Smart Flash SD Card into the unit.

• DNP Map

• Multi-user Access Code

• Multi-user Access Code Log

Save Setpoints Press ENT to begin

Save Datalog Press ENT to begin

Save seq. of events Press ENT to begin

Save oscillograph Press ENT to begin

Clone save Press ENT to begin

Clone load Press ENT to begin

Provides the user with the ability to save setpoint ﬁles (Unit or

Master) to a Smart Flash SD Card from the unit.

Provides the user with the ability to save data log ﬁles to a

Smart Flash SD Card from the unit.

Provides the user with the ability to save Sequence of Events ﬁles

to a Smart Flash SD Card from the unit.

Provides the user with the ability to save Oscillograph ﬁles to a

Smart Flash SD Card from the unit.

Provides the user with the ability to save the entire control

settings to a Smart Flash SD Card with the exception of the serial number.

Provides the user with the ability to load a clone ﬁle on to a

control to duplicate settings. Does not overwrite serial number of the target control.

Figure A-9 Communication Screens (page 2 of 6)

A–31

Page 63

M-6200A Instruction Book

Communication/Memory Card (Cont'd)

Load DNP Config Press ENT to begin

Save DNP Config Press ENT to begin

DNP Config File doesn't exist

Save Metering Data Press ENT to begin

Firmware Update Press ENT to begin

Load User config Press ENT to begin

Provides the user with the ability to load DNP conﬁguration ﬁles

from an Smart Flash SD Card into the unit.

Provides the user with the ability to save DNP conﬁguration ﬁles from

the unit.

If a DNP Conﬁg ﬁle is not loaded on the Smart Flash SD Card

or the control this menu will display "ﬁle doesn't exist". If a ﬁle is present it will display the ﬁle name.

Provides the user with the capability to save all metering data to

a Smart Flash SD Card.

Provides the user with the ability to update the unit ﬁrmware.

When performing intermediate ﬁrmware updates, be sure to leave the SD Card in place until all intermediate versions have been loaded and the ﬁnal update is complete.

When Cyber Security is enabled, allows the user to load the

User Name/Password conﬁguration ﬁle.

Load IPsec config Press ENT to begin

Communication/Ethernet

DHCP Enable ENABLE

IP Address

0.0.0.0

Net Mask

0.0.0.0

Gateway

0.0.0.0

Enter Modbus Port 502

When Internet Protocol Security (IPsec) is enabled, allows the

user to load the Internet Key Exchange (IKE) conﬁguration ﬁle.

Allows DHCP Protocol to be enabled or disabled.

Either displays the assigned IP Address when DHCP is enabled

or allows the IP Address to be manually assigned.

Either displays the assigned Net Mask when DHCP is enabled

or allows the Net Mask to be manually assigned.

Either displays the assigned Gateway when DHCP is enabled

or allows the Gateway to be manually assigned.

Allows the MODBUS port ID to be set. Default value is "502".

Enter DNP Port 20000

Figure A-9 Communication Screens (page 3 of 6)

A–32

Allows the DNP port ID to be set. Default value is "20000".

Page 64

Communication/Ethernet (Cont.'d)

Appendix – A

Auto Negotiation ENABLE

Keepalive Time 120 sec

Radius Server 1 IP xx.xx.xx.xxx

Radius Server 2 IP xx.xx.xx.xxx

Radius 1 Auth. Port 1812

Radius 2 Auth. Port 1814

When enabled allows the user to set the Ethernet Port to a ﬁxed

speed of 100 mbps.

The Keepalive Time feature applies only to the Ethernet

connection. If no communication activity is detected on a previously open Ethernet socket longer than the timeout setting the control will close the socket and make it available for connection. The setting range is from 1 to 50,000 seconds.

Allows the user to enter the IP Address of the Primary Radius

Server.

Allows the user to enter the IP Address of the Secondary

Radius Server.

Allows the primary Radius server Authentication Port ID to be

set.

Allows the secondary Radius server Authentication Port ID to

be set.

Radius 1 Acc. Port 1813

Radius 2 Acc. Port 1815

Radius En./Dis. disable

IPSEC En./Dis. diable

SNTP IP Address xx.xx.xx.xx

SNTP En./Dis. disable

Allows the primary Radius server Accounting Port ID to be set.

Allows the secondary Radius server Accounting Port ID to be

set.

Allows Radius Cyber Security to be enabled or disabled.

Allows Internet Protocol Security (IPsec) to be enabled or

disabled.

Allows the user to enter the IP Address of the network server.

Enables the SNTP (Simple Network Time protocol) to allow

Network Time Synchronization.

Time Zone GMT

-5 Hr

Figure A-9 Communication Screens (page 4 of 6)

Allows the user to select the Time Zone that the control resides

in.

A–33

Page 65

M-6200A Instruction Book

Communication/HMI

Set LCD Contrast: E

User Line 1 E Beckwith Electric

User Line 2 E M-6200A

Level 1 Access Code Press ENT to change

Level 2 Access Code Press ENT to change

Clear Osc Records Ready Press ENTER

Allows contrast to be adjusted from +10 (lightest) to –10

(darkest). Factory setting is 0, which provides a neutral contrast.

Allows input of 20 ASCII characters to conﬁgure a unit locator or

description. If not conﬁgured, a row of 15 asterisks will appear in top row of User Line #1 screen.

Allows input of 20 ASCII characters to conﬁgure a unit locator or

description. If not conﬁgured, a row of 15 asterisks will appear in bottom row of User Line #2 screen.

Conﬁgures a six-digit alpha/numerical Access Code for Level 1.

Factory setting is 000000 (disabled).

Conﬁgures a six-digit alpha/numerical Access Code for Level 2.

Factory setting is 222222.

Allows the user to clear Oscillograph records from the HMI.

Oscillograph Message ENABLE

Radius Secret Code Press ENT to change

IEEE 1686 Standard not used/Authen with Encryp

Communication/Bluetooth

Bluetooth Enable ENABLE

Feature enables or disables the OSC Triggered Message to be

scrolled on the unit display when an OSC record is available.

Allows the user to change the Radius Conﬁguration Secret

Code.

Allows the user to enable IEEE 1686 Standard Cyber Security.

This option MUST be enabled in the control to allow User Name/Password Cyber Security to be implemented.

NOTE:Q Once IEEE 1686 Standard Cyber Security is

enabled, the user must enter a valid User Name and Password to access any menus other than the "Utilities/About" menu. This selection cannot be changed to "not used" without entering a valid User Name and Password.

Enables or disables the Bluetooth feature when installed on the

control.

Bluetooth Reset Ready Press ENTER

Figure A-9 Communication Screens (page 5 of 6)

A–34

Allows the user to reset the Bluetooth Module to "Beckwith"

factory default settings.

Page 66

Communication/Bluetooth (Cont'd)

Appendix – A

Bluetooth Protocol MODBUS

Authentication disable

Friendly Name M6200A

Bluetooth Pass Reset Ready Press ENTER

Control BT Device XX:XX:XX:XX:XX:XX

Bluetooth Mode MODE0

Provides the ability to select either MODBUS or DNP3.0

protocol.

Enables or disables Authentication and provides the means to

enter a Pass Key when set (1 to 16 characters).

Allows the user to name the unit (maximum of 32 characters).

The Bluetooth Passkey can be reset to default conditions (no

Passkey and Authentication Disabled) if necessary.

Displays the Bluetooth MAC address of the control.

The Bluetooth mode can be set to Mode0 in which the control is

discoverable and connectable to any client station, or Mode1 in which the control is non-discoverable but is connectable to any client station that knows the control Bluetooth device address.

Communication/RS232

Protocol MODBUS

Baud Rate 115200

Parity NONE

Stop Bits ONE STOPBIT

Sync Time XX mS

Allows selection between standard protocols, DNP3.0,

MODBUS or Cooper 2179.

Selects Baud Rate for the RS232 port.

None, odd or even parity is available.

One or Two Stop Bits are available.

This time delay improves robust operation when communication

Figure A-9 Communication Screens (page 6 of 6)

A–35

Page 67

M-6200A Instruction Book

Utilities/Calibration-Test

Bias Voltage Status/Test Mode

Load Voltage xxx.x Volts

Volt Cal Coefficient 32767 X

Volt RMS Coefficient 32767 X

Control Load I x.x mA Lead

Curr Cal Coefficient 32767 X

When ENT is pressed, the control status can be checked, and a

bias test voltage can be entered to test the control’s automatic operation (see Figure 7-3).

Displays the real-time measured value of voltage at the

regulator or the transformer, including the voltage reduction if applicable and any corrections made using the user-selected VT correction voltage.

Voltage calibration factor. Requires Level 3 Access to change.

Voltage RMS calibration factor. Requires Level 3 Access to

change.

Displays the real-time measured value of load current related to

the scaling factor Current Transformer of 200 mA, 1 A or 5A.

Current calibration factor. Requires Level 3 Access to change.

Power Factor x.xxx Lead

I Sin Coefficient 0 X

I Cos Coefficient 8192 X

Motor Current x.xx mA

Mtr Cal. Coefficient 8192 X

Mtr Sin Coefficient 0 X

Provides the user with the real-time Power Factor value.

Current Sine Coefﬁcient calibration factor. Requires Level 3

Access to change.

Displays the PF Factor Cosine correction factor as determined

by Autocal. Can also be manually set. However, Beckwith Electric does not recommend manual setting of this parameter.

Displays the real-time measured value of motor current.

Motor Calibration Coefﬁcient calibration factor. Requires Level

3 Access to change.

Motor Sine Coefﬁcient calibration factor. Requires Level 3

Access to change.

A–36

Figure A-10 Utilities Screens (page 1 of 3)

Page 68

Utilities/Calibration-Test (Cont'd)

Appendix – A

Mtr Cos Coefficient 8192 X

Mtr RMS Coefficient 8192 X

LED Scroll Test Press ENT to begin

Input Test Press ENT to Begin

Output Test Press ENT to test

Button Input Test Press ENT to Begin

Motor Cosine Coefﬁcient calibration factor. Requires Level 3

Access to change.

Motor RMS Coefﬁcient calibration factor. Requires Level 3

Access to change.

Momentarily illuminates each LED on the control panel. Push

EXIT to stop.

Provides the means to test all external inputs to the control.

Provides the means to test all outputs from the control.

Provides the means to verify proper operation of each front

panel pushbutton from the HMI.

Change Src Input press ENTER.

Watchdog resets: 0 Total resets: xx

Clear reset counters

Pressing Enter will cause the source side PT voltage to be

measured instead of being calculated. The second line on the LCD screen will display Measured XXXXX V

Pressing Enter will toggle to the calculated source side voltage and the second line on the LCD screen will display Calculated XXXX V

This shows the total number of watchdog resets and total resets

which include Power down and watchdog resets.

This clears Watchdog Resets and Total Resets counters.

Press ENT to begin

X1 Duration 0 ms, Avg: 0 ms

(or Motor Seal-in Pulse)

When the Operation Counter is conﬁgured as Motor Seal-In,

When the Operation Counter is conﬁgured as X1, the X1 duration

is the instantaneous measure of the X1 pulse generated by the counter contact switch. It also displays the average X1 pulse duration over the last 8 tap operations. The user can use this measurement to set the X mode Delay.

the LCD will then display "Motor Seal-In Pulse" and the values indicate the instantaneous and the average (over the last 8 tap operations) duration of the Motor Current Pulse.

Figure A-10 Utilities Screens (page 2 of 3)

A–37

Page 69

M-6200A Instruction Book

Utilities/Calibration-Test (Cont'd)

Comm Options En/Dis 01111111111111

Init Setpoints Press ENT to begin

Erase Flash Files Press ENT to begin

For additional Cyber Security, the user may disable speciﬁc

communication ports and/or protocols.

Position from Left:

1. http

2. TERMINAL

3. ICMP

4. FTP

5. SD CARD

6. COM2

7. COM1

Key

0 = disabled

1 = ENABLED

Allows a user with "Level 2" or "Manage Users" permission to

initialize setpoints.

Allows a user with "Level 2" or "Manage Users" permission to

erase Flash ﬁles when IEEE 1686 is disabled. If IEEE 1686 is enabled, the control will display "Disable IEEE 1686!".

8. USB

9. RADIUS

10. FXFER

11. MODBUS

12. DNP UDP

13. DNP TCP

14. ETHERNET

Utilities/About

Serial Number XXXXX

Firmware Version D-0228Vxx.xx.xx

EE Checksum XXXXXX

Displays the unit serial number.

Displays the ﬁrmware version that is loaded onto the control.

Displays EE Prom Checksum value.

A–38

Figure A-10 Utilities Screens (page 3 of 3)

Page 70

Legal Information

Patent

The units described in this manual are covered by U.S. Patents, with other patents pending.

Buyer shall hold harmless and indemnify the Seller, its directors, officers, agents, and employees from any and all costs and expense, damage or loss, resulting from any alleged infringementof United States Letters Patent or rights accruing thereform or trademarks, whether federal, state, or common law, arising from the Seller’s compliance with Buyer’s designs, specifications, or instructions.

Warranty

Seller hereby warrants that the goods which are the subject matter of this contract will be manufactured in a good workmanlike manner and all materials used herein will be new and reasonably suitable for the equipment. Seller warrants that if, during a period of ten years from date of shipment of the equipment, the equipment rendered shall be found by the Buyer to be faulty or shall fail to peform in accordance with Seller’s specifications of the product, Seller shall at his expense correct the same, provided, however, that Buyers shall ship the equipment prepaid to Seller’s facility. The Seller’s responsibility hereunder shall be limited to replacement value of the equipment furnished under this contract.

Seller makes no warranties expressed or implied other than those set out above. Seller specifically excludes the implied warranties of merchantibility and fitness for a particular purpose. There are no warranties which extend beyond the description contained herein. In no event shall Seller be liable for consequential, exemplary, or punitive damages of whatever nature.

Any equipment returned for repair must be sent with transportation charges prepaid. The equipment must remain the property of the Buyer. The aforementioned warranties are void if the value of the unit is invoiced to the Seller at the time of return.

Indemnification

The Seller shall not be liable for any property damages whatsoever or for any loss or damage arising out of, connected with, or resulting from this contract, or from the performance or breach thereof, or from all services covered by or furnished under this contract.

In no event shall the Seller be liable for special, incidental, exemplary, or consequential damages, including but not limited to, loss of profits or revenue, loss of use of the equipment or any associated equipment, cost of capital, cost of purchased power, cost of substitute equipment, facilities or services, downtime costs, or claims or damages of customers or employees of the Buyer for such damages, regardless of whether said claim or damages is based on contract, warranty, tort including negligence, or otherwise.

Under no circumstances shall the Seller be liable for any personal injury whatsoever.

It is agreed that when the equipment furnished hereunder are to be used or performed in connection with any nuclear installation, facility, or activity, Seller shall have no liability for any nuclear damage, personal injury, property damage, or nuclear contamination to any property located at or near the site of the nuclear facility. Buyer agrees to indemnify and hold harmless the Seller against any and all liability associated therewith whatsoever whether based on contract, tort, or otherwise. Nuclear installation or facility means any nuclear reactor and includes the site on which any of the foregoing is located, all operations conducted on such site, and all premises used for such operations.

Notice:

Any illustrations and descriptions by Beckwith Electric Co., Inc. are for the sole purpose of identification.

The drawings and/or specifications enclosed herein are the proprietary property of Beckwith Electric Co., Inc., and are issued in strict confidence; therefore, shall not be used as a basis of reproduction of the apparatus described therein without written permission of Beckwith Electric Co., Inc.

No illustration or description contained herein shall be construed as an express warranty of affirmation, promise, description, or sample, and any and all such express warranties are specifically excluded nor shall such illustration or description imply a warranty that the product is merchantable or fit for a particular purpose. There shall be no warranties which extend beyond those contained in the Beckwith Electric Co., Inc. terms of sale.

Page 71

This Page Left Intentionally Blank

Page 72

BECKWITH ELECTRIC CO., INC.

6190 ‑ 118th Avenue North • Largo, Florida 33773‑3724 U.S.A.

PHONE (727) 544‑2326 • FAX (727) 546‑0121

[email protected]

www.beckwithelectric.com

ISO 9001:2008

800‑B‑2355‑AG‑05 04

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