Technical specifications for CPCR-FR01RB-T3L
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Manufacturer:YASKAWA
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Product Category:Servo Drives
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Spare Part Number:CPCR-FR01RB-T3L
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Estimated shipping dimensions:4.6x27.7x25cm
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Weight:2.06 kg
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Tariff Code:8537101190
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Counliy of origin:Japan
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Matched servomotor:UGTMEM-03LB
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Product function:Reversible DC servo speed controller
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Control scheme:Transistorized PWM
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Mounting:Rack / base mounting
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Effective output:46.8 W
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Rated motor speed:1000 rpm
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Maximum drive speed:1700 rpm
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Effective torque:4.56 kg-cm
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Effective current:4.4 A
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Allowable load GD2/4:4.46 kg-cm2
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Maximum servomotor capacity:120 W
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Power transformer:Separately supplied
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Applicable one-axis transformer:CPT10114, 210 VA
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Applicable DC reactor:X3064, 1 mH / 8 A
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Main supply:1-phase 100/200 V AC at 50 Hz or 110/220 V AC at 60 Hz
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Supply tolerance:+/-10%
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Transformer capacity range:150-300 VA
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Shipment instantaneous max current:8 A, limitation M
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Servopack instantaneous max output current:12 A +/-10%
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Continuous output current / voltage:5.6 A / 30 V
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Current waveform factor:1.05 maximum
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Output derating factor:95% minimum
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Speed-control range:1:1000
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Rated-speed reference input:+/-6 V, approximately 10.5 kohm
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Auxiliary speed reference:+/-2 V to +/-10 V
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Tachogenerator feedback:3 V / 1000 rpm for T3 option
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Built-in reference supply:+/-8 V +/-0.5 V, 10 mA
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Overtravel inputs:Forward and reverse base-off inputs
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Built-in protections:Overload, overcurrent, heat-sink overheat and blown-fuse detection
Information
- Controls the matched UGTMEM-03LB DC servomotor in forward and reverse operation
- Uses transistorized PWM speed regulation with a published 1:1000 speed range
- Accepts rated and auxiliary speed references with tachogenerator feedback
- Provides base-off, overtravel, overload, overcurrent, overheat and fuse supervision
Install YASKAWA CPCR-FR01RB-T3L only with the documented motor, transformer, reactor, connector and machine wiring arrangement. Confirm the feedback voltage, reference polarity, current limit, base-off logic and overtravel logic against the controlled drawing before commissioning.
The exact ordered combination uses the UGTMEM-03LB motor, T3 tachogenerator feedback, CPT10114 transformer and X3064 reactor.
Important Notice: Confirm the complete CPCR-FR01RB-T3L identity and the matched UGTMEM-03LB motor before replacement. Isolate all main and control power, prove the circuit de-energized, and preserve the original terminal and connector mapping.
Apter Power YASKAWA CPCR-FR01RB-T3L Manuals and Guides
Apter Power YASKAWA CPCR-FR01RB-T3L Product and System Technical Reference PDFYASKAWA CPCR-FR_RB Servo User Manual TSE-C717-10.1D PDFThe first document presents exact-model technical data and engineering questions. The second is the unmodified Yaskawa factory manual covering ratings, configuration, terminals, installation, adjustment and servicing.
Legacy DC servo-axis control
Operate the documented UGTMEM-03LB motor in a CPCR-FR01RB machine axis.
Reversible speed regulation
Use positive and negative speed-reference commands for controlled forward and reverse operation.
Tachogenerator feedback
Close the speed loop using the T3 option's 3 V/1000 rpm feedback arrangement.
Controlled machine retrofit
Replace the same ordered Servopack while retaining the original transformer, reactor, connector and protection logic.
Verify the full CPCR-FR01RB-T3L nameplate and the matched UGTMEM-03LB servomotor before work.
Isolate the separately supplied main and control power circuits and confirm zero energy before disconnecting terminals.
Use the documented CPT10114 transformer and X3064 reactor arrangement for this exact motor combination.
Record every 1CN connector, terminal, shield, reference and feedback conductor before removal.
Confirm the T3 tachogenerator feedback value of 3 V/1000 rpm and preserve signal polarity.
Set current limiting and overload protection for the installed motor; do not rely on the Servopack overload circuit as complete motor protection.
Provide 2 m/s forced airflow when three or more FR01 units are installed together and keep the heat sink unobstructed.
Test base-off, forward/reverse overtravel, alarm, overcurrent, overheat and fuse-detection functions before service release.
Technical notes
FAQ View All FAQ
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Which motor is matched to YASKAWA CPCR-FR01RB-T3L?The exact combination table pairs CPCR-FR01RB-T3L with the UGTMEM-03LB servomotor. The documented operating data are 46.8 W effective output, 1000 rpm rated speed, 4.56 kg-cm effective torque and 4.4 A effective current.
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What maximum drive speed is published for YASKAWA CPCR-FR01RB-T3L?The maximum-drive-speed table lists 1700 rpm for the CPCR-FR01RB-T3L and UGTMEM-03LB combination, compared with a rated motor speed of 1000 rpm.
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Which current limits apply to YASKAWA CPCR-FR01RB-T3L?The exact option table gives an 8 A instantaneous maximum current when shipped, with limitation M. The FR01RB Servopack family specification separately lists 12 A +/-10% instantaneous maximum output and 5.6 A at 30 V continuous output.
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What input supply is specified for YASKAWA CPCR-FR01RB-T3L?The Servopack uses a separately supplied transformer. The family specification accepts single-phase 100/200 V AC at 50 Hz or 110/220 V AC at 60 Hz, each within +/-10%, with a published transformer-capacity range of 150-300 VA.
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What reference and feedback signals are used by YASKAWA CPCR-FR01RB-T3L?Rated speed corresponds to a +/-6 V reference input. The auxiliary input is adjustable from +/-2 V to +/-10 V, and the T3 option identifies 3 V/1000 rpm tachogenerator feedback.
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What cooling rule applies to multiple YASKAWA CPCR-FR01RB-T3L units?A single FR01 unit is naturally cooled. When three or more FR01 units are installed together, the manual requires forced cooling with air velocity of 2 m/s.
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What environmental limits apply to YASKAWA CPCR-FR01RB-T3L?The published limits are 0 to +55 deg C operating temperature, -20 to +70 deg C storage temperature, 85% maximum humidity without condensation and 0.5 G maximum vibration.
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Which protective functions must be checked on YASKAWA CPCR-FR01RB-T3L?The documented protective functions include forward and reverse overtravel base-off, external base-off, overload, overcurrent, heat-sink overheat and blown-fuse detection. The manual also warns that the built-in overload circuit is not complete motor protection.
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