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ESD5300 Speed Control Unit

 

09-2020-H

    

 

PIB1041

Governors America Corp. © 2020 Copyright All Rights Reserved

ESD5300 Series

Speed Control Unit

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OVERVIEW

Performance

Isochronous Operation

± 0.25 %

Speed Range / Governor

1.0 - 7.5 KHz Continuous

Speed Drift with 

Temperature

± 1% MAX

Idle Speed Adjust Range

25 - 85 % of rated speed

Droop Range

0 - 5 % for a 1.5 A actuator 

current change

Speed Trim Range

± 200 Hz

Remote Variable Speed 

Range

ACCel: 266 Hz/s - 1300 Hz/s

DeCel:  250 Hz/s - 1000 Hz/s

Starting Fuel Adjustment

             0.0 - 1.5 A

             0.3 - 5.0 A

120, 175, 225, 275 Actuators / SW2-7 

OFF

(24 V DC Only) 2001 Actuator / SW2-7 

ON

Overspeed Set Point

2330 Hz - 8500 Hz

Crank Termination Set 

Point

200 Hz - 2050 Hz

Terminal Sensitivity

           H

           M

           K

           N

   105 Hz, ±15 Hz/V @ 5 kΩ 

Impedance

 

   130 Hz, ±15 Hz/V @ 1 MΩ 

Impedance

   685 Hz, ±40 Hz/V @ 326 kΩ 

Impedance

   1000 Hz, ±50 Hz/V @ 8 k Ω 

Impedance

reLIaBILITY

Vibration

1 G, 20 - 100 Hz

Shock

10 G (11 ms)

Testing

100 % Functional Testing

InPUT / oUTPUT

Supply

24 V DC Battery Systems

(Transient and 

Reverse Voltage Protected)  

Maximum Continuous 

Supply

32 V DC

Polarity

Negative Ground 

(Case Isolated)

Power Consumption

100 mA (no actuator current)

Speed Signal Range

1.0 - 50 V AC

MAX Actuator Peak Current

15 A

MAX Current, Relay Contact 

(Terminals 1 - 6) Rating

6 A

Chopping Frequency Range

60 - 380 Hz

envIronmenTaL

Ambient Temperature

-40 to 85 °C (-40 to 185 °F)

Relative Humidity

up to 95 %

All Surface Finishes

Fungus Proof 

and Corrosion Resistant

comPLIance / STanDarDS

Agency

Ce and RoHS Requirements

PHYSIcaL

Dimension

See Section 4, Installation

Weight

3 lbf ( 1.36 kgf )

Mounting

Any position, vertical preferred

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SPECIFICATIONS

The eSD5300 Series Speed Control units are designed to precisely 

control engine speed and provide fast, precise response to transient 

engine loads. The eSD5330 and 5340 speed control can be used with  

all GAC Actuators, including the ACB2001. A complete, closed-loop 

control system is formed with the addition of a magnetic pickup signal 

sensing engine speed and 24 V DC power.

◊ 

Two-element speed switch

◊ 

Speed ramping idle to operating speed

◊ 

Starting fuel control for lower engine exhaust emissions

◊ 

Unique actuator power drive circuit

◊ 

Accessory inputs for load sharing

◊ 

Variable speed governing

◊ 

Protection against reverse battery and transient voltage

◊ 

Advanced startup circuit for large-bore engines (eSD5340)

Содержание ESD5300 Series

Страница 1: ...round Case Isolated Power Consumption 100 mA no actuator current Speed Signal Range 1 0 50 V AC MAX Actuator Peak Current 15 A MAX Current Relay Contact Terminals 1 6 Rating 6 A Chopping Frequency Ran...

Страница 2: ...hould not be smaller than 0 02 in 0 45mm Speed sensor voltage should be at least 1 0 V AC RMS during crank G Ground Signal H Frequency Trim Shielded cable required for lengths over 15 ft 5 m and conne...

Страница 3: ...3 ESD5300 Speed Control Unit 09 2020 H PIB1041 Governors America Corp 2020 Copyright All Rights Reserved wiring CONTINUED 4...

Страница 4: ...6 Act Loop Gain 7 A Max 15 A Peak For Actuator Series 120 225 175 275 ON 335 2001 OFF 7 Act Loop Gain 7 A Max 15 A Peak For Actuator Series 120 225 175 275 OFF 335 2001 ON 8 Added DTC 11 ms 65 ms For...

Страница 5: ...and its load This can take the form of a soft rubber segmented coupling or a drive shaft which behaves as a natural spring These couplings are used for alignment purposes torsional considerations or d...

Страница 6: ...near idle po sition and automatically raises the engine speed until the speed set point is reached The acceleration time is controlled by the acceler ation control If the idle switch is then closed t...

Страница 7: ...0 If the engine is running at rated speed and the Test button is pushed the over speed monitor circuit should trip The relay contacts at Terminals 1 2 3 should be used to turn off the engine either fu...

Страница 8: ...ests described in Steps 1 through 3 Positive and negative refer to meter polarity Should normal values be indicated during troubleshooting steps then the fault may be with the actuator or the wiring t...

Страница 9: ...iodic An irregularity of speed below 3Hz Sometimes severe 1 2 Set SW1 C1 Lead Lag to ON If instability continues set SW2 switches DTC to the ON OFF positions in the sequential order de scribed in the...

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