CACR-SR06TB5BM
June 04, 2026

CACR-SR06TB5BM

CACR-SR06TB5BM CACR: Classic Yaskawa VS800 / Yasnac AC Servopack series, early-generation full digital IGBT PWM servo amplifier SR: Multi-mode servo drive, supports speed / torque / position control switched by internal parameters 06: Rated matched motor power = 0.6kW, continuous rated output current: 5.8A T: T-version main control PCB, OEM fixed analog priority hardware layout B: Base-mounted cabinet installation type, standard built-in dynamic brake circuit inside driver 5: 5th customized fixed firmware edition, dedicated preset I/O definition for OEM equipment B: Command type: ONLY ±10VDC analog speed/torque input, NO differential pulse positioning channel (no pulse command terminal on CN1, different from S-type dual command model) M: Feedback specification: exclusively for Incremental Encoder, compatible with Yaskawa USA/USAF/USAM incremental servo motors (no serial absolute encoder circuit, vs Z-type absolute version)

Description

1. Model Code Definition

CACR-SR06TB5BM
  1. CACR: Classic Yaskawa VS800 / Yasnac AC Servopack series, early-generation full digital IGBT PWM servo amplifier

  2. SR: Multi-mode servo drive, supports speed / torque / position control switched by internal parameters

  3. 06: Rated matched motor power = 0.6kW, continuous rated output current: 5.8A

  4. T: T-version main control PCB, OEM fixed analog priority hardware layout

  5. B: Base-mounted cabinet installation type, standard built-in dynamic brake circuit inside driver

  6. 5: 5th customized fixed firmware edition, dedicated preset I/O definition for OEM equipment

  7. B: Command type: ONLY ±10VDC analog speed/torque input, NO differential pulse positioning channel (no pulse command terminal on CN1, different from S-type dual command model)

  8. M: Feedback specification: exclusively for Incremental Encoder, compatible with Yaskawa USA/USAF/USAM incremental servo motors (no serial absolute encoder circuit, vs Z-type absolute version)

2. Electrical Ratings

  • Main Power: 3-Phase AC 200~230V, tolerance -15%~+10%, 50/60Hz

  • Control Power: Independent single-phase AC200~230V separate power supply

  • Continuous Output Current: 5.8Arms; Peak overload: 300% rated (max 3s), 150% overload sustainable for 60s

  • DC Bus Voltage: DC280~320V; P/N terminals reserved for external regenerative braking resistor for frequent deceleration heavy load

  • Control Command Input: Single analog ±10VDC only (speed or torque instruction, no digital pulse input)

3. Control Performance

  • Driving mode: 3-phase sine-wave IGBT PWM dual closed-loop (speed loop + current loop)

  • Speed regulation range: 1:3000; full-load speed fluctuation ≤±0.01% of rated speed

  • Fixed incremental encoder feedback interface, standard compatible 1000~6000PPR incremental encoders per DIP switch setting

  • Built-in anti-resonance digital filter to suppress mechanical vibration and low-frequency resonance

4. Terminal & Interface Layout

  • R/S/T: 3-phase main AC input terminals; U/V/W: 3-phase servo motor power output terminals

  • CN1: Opto-isolated digital I/O port (8DI +6DO): Servo ON, forward/reverse limit, E-stop, Ready output, Fault alarm output; no pulse command pinout due to B analog-only definition

  • CN2: Exclusive incremental encoder feedback connector for USA-series incremental motor wiring

5. Environmental & Mechanical Spec

  • Operating ambient temp: 0℃ ~ +55℃; Storage: -20℃ ~ +70℃

  • Working humidity: 5%~80%RH non-condensing, IP20 protection, vertical cabinet installation only

  • Vibration resistance: 10~55Hz, amplitude ≤0.5mm; max installation altitude below 1000m

  • Approx. net weight: 2.1kg

6. Built-in Protection Functions

Overcurrent protection, DC bus overvoltage/undervoltage protection, drive overheat alarm, encoder disconnection error, motor overload protection, CPU operation fault alarm; latest 10 fault codes stored for maintenance check.

7. Application Range

Mainly matched with 0.6kW Yaskawa USA incremental servo motors, applied for old CNC auxiliary feed axes, printing machinery, automated feeding equipment requiring pure analog speed control without pulse positioning function.


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