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CPX2500S

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PARKER CPX2500S is a pending identity associated with the COMPAX-S 2.5 kVA servo-controller family; confirm the complete nameplate before quotation.
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Technical specifications for CPX2500S

  • Manufacturer:
    PARKER
  • Part Number:
    CPX2500S
  • Product Family:
    PARKER
  • Product Type:
    Compact digital servo controller
  • Stock:
    1
  • Rated output:
    2.5 kVA (COMPAX 25XXS family)
  • Three-phase mains option:
    3 × 80–250 V AC, 45–65 Hz; 10 A fuse
  • Single-phase mains option:
    1 × 100–250 V AC, 45–65 Hz; 16 A fuse
  • Control supply:
    24 V DC ±10%, ripple below 1 Vpp; 16 A fuse
  • Energy storage:
    1000 µF / 27 Ws
  • Braking capability:
    Up to 1.0 kW continuously; up to 2.5 kW for less than 2 s with at least 10 s cooling and Rext ≥ 56 ohm
  • Primary connections:
    X1 motor/brake, X2 mains, X3 control voltage, X4 braking resistor
  • Tariff Code:
    8504409999
  • Country of origin:
    USA
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Supply Setup Motor and Feedback Braking and Setup Application
  • Pending identity associated with Parker COMPAX 2500S / 25XXS documentation
  • Compact digital servo control for motor speed, torque, and position functions
  • Requires complete option, supply, motor-feedback, braking, and parameter verification

PARKER CPX2500S is a customer-supplied identifier provisionally mapped to the Parker COMPAX-S 2.5 kVA compact servo-controller family.

The official COMPAX manual covers motor and resolver connections, single- or three-phase AC supply, separate 24 V control power, braking-resistor wiring, RS-232 setup, digital I/O, and optional fieldbus communication.

Before purchase or energization, verify the full nameplate code and option suffix, then match the supply, motor, feedback, holding brake, resistor, communication interface, safety circuit, and saved parameter file.

Availability, condition, price, and shipping time for PARKER CPX2500S are confirmed only after complete nameplate verification.

PARKER CPX2500S Servo Controller Manuals, Product Listings, Service Links

Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

  • Verify the nameplate before selecting single-phase or three-phase mains wiring
  • Provide the documented separate 24 V DC control supply and protection
  • Never apply a three-phase 400 V supply to the documented 25XXS arrangement
  • Match motor phases, resolver wiring, shield bonding, and direction before enable
  • Confirm the holding-brake circuit instead of repurposing unused brake terminals
  • Commission initially with reduced speed and controlled machine travel
  • Calculate regenerative energy from the actual machine cycle
  • Use an external resistor only within documented resistance and duty limits
  • Back up ServoManager parameters before loading or changing a configuration
  • Single-axis machine positioning with stored motion functions
  • Master-slave or electronic-transmission motion using approved feedback interfaces
  • Compact speed, torque, and position control for automated machinery
Description
PARKER CPX2500S is a pending customer-supplied identifier that appears to correspond to the Parker COMPAX 2500S / 25XXS compact digital servo-controller family. The manufacturer manual describes a 2.5 kVA COMPAX-S unit for motor speed, torque, and position control.

The family can be supplied from either three-phase 80–250 V AC or single-phase 100–250 V AC within the documented limits and requires a separate 24 V DC control supply. Connections are provided for the motor and holding brake, mains, control power, braking resistor, RS-232 commissioning, and optional fieldbus hardware.

Do not publish this draft as a fully verified complete-model record until the nameplate or Parker order code confirms that CPX2500S maps to COMPAX 2500S. Also confirm the option suffix, motor/resolver combination, braking duty, communication option, stored parameters, and supply wiring.
Alternative Names
CPX2500S CPX 2500S CPX-2500S PARKER CPX2500S COMPAX 2500S PARKER COMPAX 2500S
Technical notes
PARKER CPX2500S maps only provisionally to COMPAX 25XXS; verify the complete option suffix, supply, motor feedback, braking resistor, and saved parameters before use.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
What should a buyer send to confirm the exact identity of PARKER CPX2500S before ordering?
Provide a clear nameplate photo showing the complete type code, option suffix, serial number, supply rating, and any fieldbus marking. The official manual uses COMPAX notation, so the base CPX2500S string alone is insufficient.
Can PARKER CPX2500S be connected directly to a 400 V AC supply?
Not under the documented COMPAX 25XXS supply range. The manual covers up to 250 V AC nominal ranges and explicitly warns against applying three-phase 400 V. Verify the nameplate before energizing.
Are the motor, feedback cable, PC cable, emergency-stop circuit, and braking resistor included with PARKER CPX2500S?
Do not assume they are included. Ask the quotation to list the drive, option card, mating connectors, motor, resolver/feedback cable, RS-232 cable, brake supply, safety components, and external resistor separately.
When does PARKER CPX2500S require an external braking resistor?
Use one when regenerated machine energy exceeds the internal continuous braking capability. Calculate the actual duty cycle and select a resistor at or above the documented minimum resistance with adequate pulse and average power ratings.
What should be done with the motor-brake terminals on PARKER CPX2500S when the motor has no holding brake?
Leave the brake output unconnected and insulated according to the wiring instructions. Do not repurpose the terminals or connect an unknown load; confirm whether the brake supply is internal or external for the exact option.
What should be checked if PARKER CPX2500S reports E10 or E54, or the motor moves unexpectedly during commissioning?
Remove power and verify motor phases, resolver/feedback wiring, shield bonding, motor data, direction, and parameter set. Repeat initial commissioning at the reduced speed settings specified by the manufacturer.
Can parameters from another drive be copied directly into PARKER CPX2500S?
Only after confirming the same complete hardware option, motor, feedback, gearing, limits, I/O, fieldbus, and machine mechanics. Archive the existing file first and validate motion at low speed with the load controlled.

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