Winco DPG-2145-001 User Manual

User Manual

DPG-2101-001 DPG-2145-001

DPG-21XX-00X

Digital Controllers

Programmable Controllers for

Isochronous Generators

Manual 36526F

DEFINITIONS

This is the safety alert symbol. It is used to alert you to potential personal injury hazards. Obey all safety messages that follow this symbol to avoid possible injury or death.

 DANGER—Indicates a hazardous situation which, if not avoided, will result in

death or serious injury.

 WARNING—Indicates a hazardous situation which, if not avoided, could

result in death or serious injury.

 CAUTION—Indicates a hazardous situation which, if not avoided, could result

in minor or moderate injury.

 NOTICE—Indicates a hazard that could result in property damage only

(including damage to the control).

 IMPORTANT—Designates an operating tip or maintenance suggestion.

The engine, turbine, or other type of prime mover should be equipped with an overspeed shutdown device to protect against runaway or damage to the prime mover with possible personal injury, loss of life, or property damage.

The overspeed shutdown device must be totally independent of the prime mover control system. An overtemperature or overpressure shutdown device may also be needed for safety, as appropriate.

Read this entire manual and all other publications pertaining to the work to be performed before installing, operating, or servicing this equipment. Practice all plant and safety instructions and precautions. Failure to follow instructions can cause personal injury and/or property damage.

This publication may have been revised or updated since this copy was produced. To verify that you have the latest revision, be sure to check the Woodward website:

www.woodward.com/pubs/current.pdf

The revision level is shown at the bottom of the front cover after the publication number. The latest version of most publications is available at:

www.woodward.com/publications

If your publication is not there, please contact your customer service representative to get the latest copy.

Any unauthorized modifications to or use of this equipment outside its specified mechanical, electrical, or other operating limits may cause personal injury and/or property damage, including damage to the equipment. Any such unauthorized modifications: (i) constitute "misuse" and/or "negligence" within the meaning of the product warranty thereby excluding warranty coverage for any resulting damage, and (ii) invalidate product certifications or listings.

To prevent damage to a control system that uses an alternator or battery-charging device, make sure the charging device is turned off before disconnecting the battery from the system.

To prevent damage to electronic components caused by improper handling, read and observe the precautions in Woodward manual 82715, Guide for Handling and Protection of Electronic Controls, Printed Circuit Boards, and Modules.

Revisions—Text changes are indicated by a black line alongside the text.

Woodward Governor Company reserves the right to update any portion of this publication at any time. Information

provided by Woodward Governor Company is believed to be correct and reliable. However, no responsibility

is assumed by Woodward Governor Company unless otherwise expressly undertaken.

Manual 36526F DPG-21XX-00X Digital Controllers

Contents

REGULATORY COMPLIANCE ...................................................................... III

Declaration of Conformity DPG 2145 & DPG 2155 ............................................... iii

Declaration of Conformity DPG 2101 & DPG 2146 ............................................... iv

EMC Limitations ..................................................................................................... v

ELECTROSTATIC DISCHARGE AWARENESS ................................................ VI

CHAPTER 1. GENERAL INFORMATION .......................................................... 1

Introduction ............................................................................................................ 1

CHAPTER 2. CONTROLLER SPECIFICATIONS ................................................ 2

Configurations ....................................................................................................... 2

Electrical ................................................................................................................ 2

Mechanical ............................................................................................................ 2

Performance .......................................................................................................... 3

User Interface Operation ....................................................................................... 3

Keypad ........................................................................................................... 3

Gain Potentiometer ........................................................................................ 3

LED ................................................................................................................ 3

COMM Port .................................................................................................... 4

CHAPTER 3. PARAMETER REFERENCE ........................................................ 5

DPG-2101-00X & DPG-2146-00X Parameter List ................................................ 6

DPG-2155-00X & DPG-2145-00X Parameter List ................................................ 7

3.1 No. of Flywheel Teeth or Pulses Per Revolution (optional) .................... 8

3.2 Set Speed A (required) ........................................................................... 8

3.3 Set Speed B (optional) ........................................................................... 9

3.4 Idle Speed (optional)............................................................................... 9

3.5 Proportional (required) .......................................................................... 10

3.6 Integral (required) ................................................................................. 10

3.7 Derivative (required) ............................................................................. 10

3.8 OVG @ Set Speed A (required) ........................................................... 11

3.9 OVG @ Set Speed B (optional) ............................................................ 11

3.10 OVG @ Idle Speed (optional) ............................................................. 11

3.11 Gain Factor (required) ........................................................................ 11

3.12 Speed Filter (required) ........................................................................ 11

3.13 Idle Hold Time (optional) .................................................................... 12

3.14 Accel Rate (optional) .......................................................................... 12

3.15 Decel Rate (optional) .......................................................................... 12

3.16 Startup Rate (optional) ....................................................................... 13

3.17 Integral Low Limit (optional) ............................................................... 13

3.18 Integral High Limit (optional) ............................................................... 14

3.19 Password ............................................................................................ 14

3.20 Over Speed Limit (optional) ................................................................ 14

3.21 Set Speed A Min (optional) ................................................................. 15

3.22 Set Speed A Max (optional) ................................................................ 15

3.23 Set Speed B Min (optional) ................................................................. 15

3.24 Set Speed B Max (optional) ................................................................ 15

3.25 Idle Speed Min (optional) .................................................................... 15

3.26 Idle Speed Max (optional) ................................................................... 15

3.27 Duty Cycle Limit (optional) .................................................................. 16

3.28 Startup Speed (required) .................................................................... 16

3.29 Startup Duty Cycle (optional) .............................................................. 16

Woodward i

Manual 36526F DPG-21XX-00X Digital Controllers

Contents (cont'd.)

CHAPTER 4. UNIVERSAL PST ................................................................... 18

Introduction .......................................................................................................... 18

Features ....................................................................................................... 18

System Requirements ................................................................................. 18

Acquiring Universal PST .............................................................................. 19

Installing Universal PST............................................................................... 20

Wiring the COMM Port to a PC ................................................................... 20

Communications Error ................................................................................. 21

Universal PST User Interface Overview ...................................................... 21

Universal PST Menu Items .......................................................................... 23

Parameter Setup .......................................................................................... 23

Parameter Help ............................................................................................ 24

Synchronizing Universal PST with a DPG ................................................... 24

Status View .................................................................................................. 24

Tuning View ................................................................................................. 25

Chart Recorder ............................................................................................ 25

Engine Speed Data Collection ..................................................................... 26

CHAPTER 5. CALIBRATION INSTRUCTIONS ................................................. 27

Basic Adjustments ............................................................................................... 27

Tuning Methodology ............................................................................................ 27

Startup Sequence ................................................................................................ 29

CHAPTER 6. INSTALLATION INSTRUCTIONS ................................................ 30

Recommended Mounting .................................................................................... 30

Terminal Descriptions .......................................................................................... 30

DPG-2101-00X ............................................................................................ 30

DPG-2145-00X ............................................................................................ 30

DPG-2146-00X ............................................................................................ 31

DPG-2155-00X ............................................................................................ 31

Wiring Diagrams .................................................................................................. 32

DPG-2101-00X ............................................................................................ 32

DPG-2145-00X ............................................................................................ 33

DPG-2146-00X ............................................................................................ 34

DPG-2155-00X ............................................................................................ 35

Centralized Suppression ..................................................................................... 36

CHAPTER 7. DIAGNOSTICS & TROUBLESHOOTING ..................................... 38

LED Indications ................................................................................................... 38

Troubleshooting Table ......................................................................................... 38

CHAPTER 8. SERVICE OPTIONS ................................................................ 40

Product Service Options ...................................................................................... 40

Woodward Factory Servicing Options ................................................................. 41

Returning Equipment for Repair .......................................................................... 42

Replacement Parts .............................................................................................. 42

Engineering Services ........................................................................................... 43

How to Contact Woodward .................................................................................. 43

Technical Assistance ........................................................................................... 44

Woodward ii

Manual 36526F DPG-21XX-00X Digital Controllers

Regulatory Compliance

Declaration of Conformity

DPG 2145 & DPG 2155

Woodward iii

Manual 36526F DPG-21XX-00X Digital Controllers

Declaration of Conformity

DPG 2101 & DPG 2146

Woodward iv

Manual 36526F DPG-21XX-00X Digital Controllers

EMC Limitations

Cabling

All cabling for this unit is limited to less than 30m (98.4’). See wiring diagrams for specific cable types required.

Power cabling is limited to less than 10m (32.8’) in total length from its source;

power is intended to be from a local bus structure. The control is NOT intended to have a power bus that is derived from a plant-wide distribution system, remote

source, or similar ―mains‖ type distribution systems. The power to the control

should also be a dedicated circuit, directly to the battery or source via a power and return wire that are routed together.

See User Manual 36526 for additional regulatory information, limitations, and wiring diagrams with specific, required cable types.

Power Bus

The power bus is intended to be a local bus without power line surges and to

have inductive load kickback events suppressed. Therefore, the control’s power

input is not designed to withstand a charging system load dump, heavy inductive kickbacks, or heavy surge type pulses. If the control is installed outside its intended usage, as described in this manual, centralized voltage pulse suppression should be implemented to help protect the control and other components on the bus. (See Chapter 6: Installation Instructions.)

COMM Port

The COMM port is intended to be a service port, with only temporary connection during service or initial configuration. The COMM port is susceptible to some EMC phenomena and possible unintentional battery return currents.

1. Battery return (B-) is also the communication signal common; typically PCs connect the communication signal’s common to protective earth. The PC grounding can provide an unintended return path for B- currents. If B- and the PC are grounded to protective earth, a communication isolator should be used between the PC and the control. Damage to the PC or control, and/or unintended operation may result from a broken battery return wire or the parallel path.

2. The pins inside the COMM port plug are susceptible to damage by ESD discharges, static electricity arcs. Care should be taken not to touch them with tools or put fingers into the port. Always touch your hand or tool to a grounded piece of metal (discharge ESD) prior to coming in contact with the communication port.

3. The input is susceptible to RF noise such as switching transients and transmitter signals coupled into the communication cable. Cable orientation and short cable length may be used to eliminate these issues, depending on the severity of the environment.

Woodward v

Manual 36526F DPG-21XX-00X Digital Controllers

To prevent damage to electronic components caused by improper handling, read and observe the precautions in Woodward manual 82715, Guide for Handling and

Protection of Electronic Controls, Printed Circuit Boards, and Modules.

Electrostatic Discharge Awareness

All electronic equipment is static-sensitive, some components more than others. To protect these components from static damage, you must take special precautions to minimize or eliminate electrostatic discharges.

Follow these precautions when working with or near the control.

1. Before doing maintenance on the electronic control, discharge the static electricity on your body to ground by touching and holding a grounded metal object (pipes, cabinets, equipment, etc.).

2. Avoid the build-up of static electricity on your body by not wearing clothing made of synthetic materials. Wear cotton or cotton-blend materials as much as possible because these do not store static electric charges as much as synthetics.

3. Keep plastic, vinyl, and Styrofoam materials (such as plastic or Styrofoam cups, cup holders, cigarette packages, cellophane wrappers, vinyl books or folders, plastic bottles, and plastic ash trays) away from the control, the modules, and the work area as much as possible.

4. Do not remove the printed circuit board (PCB) from the control cabinet unless absolutely necessary. If you must remove the PCB from the control cabinet, follow these precautions:

 Do not touch any part of the PCB except the edges.  Do not touch the electrical conductors, the connectors, or the

components with conductive devices or with your hands.

 When replacing a PCB, keep the new PCB in the plastic anti-static

protective bag it comes in until you are ready to install it. Immediately after removing the old PCB from the control cabinet, place it in the antistatic protective bag.

Woodward vi

Manual 36526F DPG-21XX-00X Digital Controllers

Chapter 1.

General Information

Introduction

This manual provides information on the following DPG controllers: DPG-2101-001 and

DPG-2101-002

The DPG-21XX-00X digital controller is used primarily to govern diesel or gas fueled engines of generator sets. This microprocessor based, digital controller performs across a wide speed range and allows adjustment of set speed and gain parameters with the built-in user interface. The COMM port provides access to all other controller settings, allowing adaptation to each application during service and initial configuration.

Separately programmable Proportional, Integral, and Derivative gains are provided for tailoring controller response to many engine applications. Other adjustments include acceleration and deceleration ramp rates, idle speed set, hold time, and more.

Properly tuned, this controller delivers fast engine response to speed or load change while providing precise stable isochronous operation.

The controller’s internal FAILSAFE reacts instantly to loss of the engine speed signal, allowing the actuator to return to minimum fuel.

Features include:

 Isochronous speed control

DPG-2145-001 and DPG-2145-002

DPG-2146-001 and DPG-2146-002

DPG-2155-001 and DPG-2155-002

 User friendly / operator adjustable  Precision frequency control  Superior temperature stability  Reverse battery protection  Input voltage range: 9–30 Vdc  Remote setup  Serial communication port

Actuator Compatibility: DYNA 2000 DYNA 7000 DYNA 8000 APECS 0150

DYNA 2500 DYNA 70025 DYNA 8200 APECS 0250 DYNA 10141 DYNA 8400 APECS 0300 APECS Linkage Free Integral Type

Other Models Available: DPG-2100 Series – for Genset Applications

DPG-2300 Series – for Off-Road Vehicles DPG-2400 Series – for EFC Valve Applications

Woodward 1

Manual 36526F DPG-21XX-00X Digital Controllers

Model No.

Connector Style

Options

Speed Sensing

Options

Adj.

Set

Speeds

Remote

Speed

INC and

DEC

7-wire

Euro

12-pin Molex

Magnetic

Pickup

Ignition

Sense

DPG-2101-00X

* *

1 + idle

DPG-2145-00X

2 + idle

DPG-2146-00X

1 + idle

DPG-2155-00X

* *

2 + idle

Operating Voltage Range:

9–30 Vdc *

Rated Output Current:

7 A Maximum (continuous)

Maximum Surge Current:

14 A (not to exceed ten seconds)

Connections:

Terminal strip with 7 Euro style terminals or a quick connector with 12 pins

Input Signal from Magnetic Pickup:

2.0 VAC RMS minimum during cranking

Input Signal from Engine’s

Ignition System:

40 V minimum during cranking

Ambient Operating Temperature:

-40°F to +185°F (-40°C to +85°C)

Sealing:

Oil, water, and dust resistant via conformal coating and die cast enclosure

Weight:

10 oz. (284 g)

Chapter 2.

Controller Specifications

The controller’s main electrical and mechanical specifications are listed here along

with several performance characteristics. DPG-21XX-00X Series controllers are available in five hardware configurations.

Configurations

Electrical

Woodward 2

(*) All cabling for these controllers is limited to less than 30m (98.4’). Power cabling is limited to less than 10m (32.8’) in total length. See wiring diagrams for specific cable types required.

Mechanical

Manual 36526F DPG-21XX-00X Digital Controllers

Steady State Speed Band:

± .25% over ambient operating temperature range

Engine Speed MPU

Measurement Range:

10 MPU Hertz to 14,000 MPU Hertz

Governing Speed Range

with MPU:

500 MPU Hertz to 11,000 MPU Hertz

Engine Speed Ignition

Measurement Range:

2 Hertz to 350 Hertz

Governing Speed Range

with Ignition:

25 Hertz to 300 Hertz

AMP 770581-1

Mini universal Mate-N-Lock

AMP 171637-3 or 794407-3

Duplex finish socket

AMP 90707-1

Crimping hand tool for 18 gauge wire

AMP 408-4137

Crimping documentation

AMP 189727-1

Socket extraction tool

Performance

Suggested Mating Connectors

for DPG-2145-00X and DPG-2155-00X Models

User Interface Operation

Keypad

The DPG-21XX-00X provides two buttons for adjusting the engine set speed.

 INC – increases the selected Set Speed (A or B)  DEC – decreases the selected Set Speed (A or B)

Gain Potentiometer

The DPG-21XX-00X series controllers provide a potentiometer (labeled GAIN) to adjust

the OVG @ Set Speed A. This is one of the controller’s tuning parameters. The gain potentiometer’s adjustment range is 1 to 99.

LED

The LED (Light Emitting Diode) is used as a status indicator. When the LED is off, it indicates that one of the following is true:

 The unit is not being powered.  The unit is reverse powered (check polarity of supplied power).

If a voltage between 9 Vdc and 30 Vdc is being properly supplied across the BAT+ and BAT- connector pins of the controller and the LED is off, then refer to the troubleshooting chapter.

Woodward 3

A slow blinking LED indicates all of the following:

Manual 36526F DPG-21XX-00X Digital Controllers

The COMM port is intended only for configuration and periodic service. Do not leave a computer and/or COMM cable connected to the COMM port.

1. The unit is powered.

2. The controller is not seeing a speed signal.

This means the engine is not running. If the engine is running or cranking and the LED is blinking slow, then refer to the troubleshooting chapter for help in diagnosing why the speed signal to the controller is missing.

A fast blinking LED indicates all of the following:

1. The unit is powered.

2. There is an engine speed signal at the controller’s tachometer inputs.

When the LED is on and not blinking it indicates the following:

1. The unit is powered.

2. There is a controller fault.

NOTE: The slow blink rate = ½ Hertz (the LED is turned on for 1 second followed by off for 1 second then on again and so on). The fast blink rate is 3 times faster than the slow blink rate.

COMM Port

All adjustments may be done by having the controller connected, via the COMM port, to a computer running the Universal PST application. Remote access via the COMM port is intended for connection only while programming, tuning and troubleshooting the control. It is a service port and not intended for permanent connection.

The Universal PST is an MS Windows based application available from the Software Products page at www.woodward.com/IC/Software. See Chapter 4 for a description of this tool.

Woodward 4

Manual 36526F DPG-21XX-00X Digital Controllers

Chapter 3.

Parameter Reference

This chapter provides information regarding each of the parameters that can be adjusted when a computer is connected to the controller via the COMM port. Universal PST (described in the following chapter) is required to make adjustments to the parameters described in this chapter, with the exception of Set Speed A, Set Speed B, and OVG @ Set Speed A. It contains 29 subsections. Each subsection provides information about a single parameter.

The following tables list each of the parameters and their default, minimum, and maximum values. Several of the parameters have minimum and maximum values set by other parameters. Speed and Rate values are shown as Hertz values.

The parameter list provides information regarding each of the parameters that can be adjusted when a computer is connected to the controller via the COMM port and the Universal PST software. The COMM port is intended only for configuration and periodic service. Do not leave a computer and/or COMM

cable connected to the COMM port.

Woodward 5

Manual 36526F DPG-21XX-00X Digital Controllers

PARAMETER LIST FOR DPG-2101-00X (MPU) & DPG-2146-00X (IGNITION)

(These controllers use the 7-terminal Euro style screw terminal connector.)

PARAMETER NAME

DEFAULT

MINIMUM

MAXIMUM

Opt.

1. No. of Flywheel Teeth or Pulses per revolution

-001 0 0

-002 0 0

572

Req.

2. Set Speed A

1000 (25)

Set Speed A Min

Set Speed A Max

3. Not Available

Opt.

4. Idle Speed

50 (20)

Idle Speed Min

Idle Speed Max

Req.

5. Proportional

25 1 99

Req.

6. Integral

50 0 99

Req.

7. Derivative

25 0 99

Req.

8. OVG @ Set Speed A

Use the controller’s built-in GAIN potentiometer

9. Not Available

Opt.

10. OVG @ Idle Speed

20 1 99

Req.

11. Gain Factor

20 (40) 1 99

Req.

12. Speed Filter

16 (4) 1 24

Opt.

13. Idle Hold Time

0 0 9999

Opt.

14. Accel Rate

1000 (3000)

9999

Opt.

15. Decel Rate

1000 (3000)

9999

Opt.

16. Startup Rate

1000 (3000)

9999

Opt.

17. Integral Low Limit

Integral High Limit

Opt.

18. Integral High Limit

Integral Low Limit

Opt.

19. Password

0 0 99

Opt.

20. Over Speed Limit

-001

100 0 100

-002

15000 (450)

Opt.

21. Set Speed A Min

10 (2)

Set Speed A

Opt.

22. Set Speed A Max

11000 (300)

Set Speed A

11000 (300)

23. Not Available

24. Not Available

Opt.

25. Idle Speed Min

10 (2)

Idle Speed

Opt.

26. Idle Speed Max

11000 (300)

Idle Speed

11000 (300)

Opt.

27. Duty Cycle Limit

Req.

28. Startup Speed

1000 (25)

10 (2)

11000 (300)

Opt.

29. Startup Duty Cycle

30 5 95

Req. = Parameter adjustment required to achieve Basic Governing

Opt. = Parameter use is optional

Default, Minimum and Maximum values in parenthesis apply when the controller uses ignition pulses to

sense engine speed, which would be the case for a DPG-2146-00X controller

DPG-2101-00X & DPG-2146-00X Parameter List

Note: All Speed and Rate values are shown as Hertz values (parameters 2, 4, 14-16, 20-22, 25-

26). Changing the value of parameter 1 will cause different default values to be displayed based on the Hertz to RPM formula.

Woodward 6

Manual 36526F DPG-21XX-00X Digital Controllers

PARAMETER LIST FOR DPG-2155-00X (MPU) & DPG-2145-00X (IGNITION)

(These controllers use the 12-terminal quick connect.)

PARAMETER NAME

DEFAULT

MINIMUM

MAXIMUM

Opt.

1. No. of Flywheel

Teeth or Pulses per Revolution

-001

0 0 0

-002

0 0 572

Req.

2. Set Speed A

1000 (25)

Set Speed A Min

Set Speed A Max

Opt.

3. Set Speed B

1000 (25)

Set Speed B Min

Set Speed B Max

Opt.

4. Idle Speed

50 (20)

Idle Speed Min

Idle Speed Max

Req.

5. Proportional

25 1 99

Req.

6. Integral

50 0 99

Req.

7. Derivative

25 0 99

Req.

8. OVG @ Set Speed A

Use the controller’s built-in GAIN potentiometer

Opt.

9. OVG @ Set Speed B

20 1 99

Opt.

10. OVG @ Idle Speed

20 1 99

Req.

11. Gain Factor

20 (40) 1 99

Req.

12. Speed Filter

16 (4) 1 24

Opt.

13. Idle Hold Time

0 0 9999

Opt.

14. Accel Rate

1000 (3000)

9999

Opt.

15. Decel Rate

1000 (3000)

9999

Opt.

16. Startup Rate

1000 (3000)

9999

Opt.

17. Integral Low Limit

Integral High Limit

Opt.

18. Integral High Limit

Integral Low Limit

Opt.

19. Password

0 0 99

Opt.

20. Over Speed Limit

-001

100 0 100

-002

15000 (450)

Opt.

21. Set Speed A Min

10 (2)

Set Speed A

Opt.

22. Set Speed A Max

11000 (300)

Set Speed A

11000 (300)

Opt.

23. Set Speed B Min

10 (2)

Set Speed A

Opt.

24. Set Speed B Max

11000 (300)

Set Speed B

11000 (300)

Opt.

25. Idle Speed Min

10 (2)

Idle Speed

Opt.

26. Idle Speed Max

11000 (300)

Idle Speed

11000 (300)

Opt.

27. Duty Cycle Limit

Req.

28. Startup Speed

1000 (25)

10 (2)

11000 (300)

Opt.

29. Startup Duty Cycle

30 5 95

Req. = Parameter adjustment required to achieve Basic Governing

Opt. = Parameter use is optional

Default, Minimum and Maximum values in parenthesis apply when the controller uses ignition pulses to

sense engine speed, which would be the case for a DPG-2145-00X controller.

DPG-2155-00X & DPG-2145-00X Parameter List

Note: All Speed and Rate values are shown as Hertz values (parameters 2-4, 14-16, 20-26). Changing the value of parameter 1 will cause different default values to be displayed based on the Hertz to RPM formula.

Woodward 7

Manual 36526F DPG-21XX-00X Digital Controllers

DPG-21XX- 002 Models—Adjusting the No. of Flywheel Teeth parameter is prohibited while the engine is running.

   

 

EngineRPM

revperPulses

sHertz





   

 

RPM

revperPulses

sHz

1800

__132

603960





   

 

Hertz

revperPulsesEngineRPM





'60

3.1 No. of Flywheel Teeth or Pulses Per Revolution (optional)

This parameter provides the conversion factor needed to display speeds as RPM values instead of Hertz values. Adjusting this parameter is optional. The default value of 0 disables Hertz (Hz) to RPM conversions so all set speeds are displayed in Hertz. Setting this parameter to a value other than zero enables Hertz to RPM conversion.

Adjust this parameter to a value equal to the exact number of pulses seen by the controller in one revolution of the engine to display set speeds in RPM. The formula used to convert the speed signal from a Hertz value to a RPM value is:

For example:

The following derivation of the above formula can be used to convert from RPM to Hertz.

DPG-2101-00X and DPG-2155-00X Models

To use this parameter correctly on controllers sensing engine speed with a magnetic pickup, you must know the exact number of flywheel teeth that pass by the magnetic pickup in one revolution of the engine.

DPG-2145-00X and DPG-2146-00X Models

To use this parameter correctly on controllers sensing engine speed via ignition pulses, you must know the exact number of ignition pulses that occur in one revolution of the engine.

3.2 Set Speed A (required)

This parameter is adjustable both from the controller’s DEC and INC keys and by using

the Universal PST application. However, when the value is changed using the

controller’s keypad, the value displayed by the Universal PST does not automatically

update. To refresh the value displayed on the PC the user must select a different parameter with the mouse pointer then reselect the value of Set Speed A. The

Woodward 8

+ 37 hidden pages