1. Product Overview

2. Model Code

• MM: MOVIMOT decentralized drive

• 07: 0.75 kW rated power

• B: B‑series (compact, mid‑generation)

• 503: 3‑phase 380–500 V AC

• ‑00: standard version

• Part number: 8230242

3. Technical Specifications

3.1 Electrical

• Input: 3×380–500 V AC (±10%), 50/60 Hz

• Rated input current: 1.9 A

• Rated output power: 0.75 kW

• Rated output current: 2.5 A

• Output frequency: 2–100 Hz

• Control modes: U/f, basic vector (VFC)

• Digital I/O: 4 programmable inputs / 2 programmable outputs

• Communication: RS‑485 (Modbus RTU optional)

• Brake control: integrated (for SEW brake motors)

• Overload: 150% for 60 s

• EMC: no integrated filter (external filter required)

3.2 Mechanical & Environmental

• Protection class: IP55

• Cooling: natural convection

• Dimensions (W×H×D): approx. 135 × 182 × 105 mm

• Weight: 2.9 kg

• Operating temperature: ‑25 °C to +40 °C

• Storage temperature: ‑25 °C to +70 °C

4. Key Features

• Compact design: direct motor mounting saves cabinet space.

• Programmable I/O: flexible for on‑site logic and sensor connection.

• Integrated brake control: works with SEW brake motors for stopping/holding.

• Simple commissioning: DIP switches for basic setup; optional software for advanced parameters.

• Cost‑effective: reliable for standard applications without Ethernet needs.

5. Status & Replacement

• MM07B‑503: discontinued (B‑series phased out).

• Replacement: MM07D‑503‑00 (D‑series, integrated EMC filter, Ethernet option, higher performance).

6. Typical Applications

• Logistics conveyors, material handling systems

• Packaging machinery, small processing lines

• Fans, pumps, and general‑purpose automation

7. Installation & Wiring

7.1 Mechanical

1. Mount directly on SEW motor flange (DRS/DRE series).

2. Tighten mounting screws to 3.0 Nm.

3. Ensure unobstructed airflow; avoid direct heat sources.

7.2 Electrical

• Power (L1/L2/L3/PE): 3‑phase 380–500 V AC, reliable earth connection.

• Motor (U/V/W/PE): shielded cable to motor terminals.

• Control: 24 V DC for run/stop, direction, and enable signals.

• Communication: RS‑485 for networking (optional Modbus RTU).

8. Commissioning

1. Check wiring and insulation before applying power.

2. Set motor parameters, control mode, and address via DIP switches.

3. Power on; steady green LED indicates standby.

4. Test run at low speed; check for noise or vibration, then ramp to operating speed.

9. Status & Faults

9.1 LED Indications

• Steady green: ready/standby

• Flashing green: running

• Flashing red: fault (overcurrent, overvoltage, overtemperature, communication error)

9.2 Common Faults

• Overcurrent: short circuit, overload, or motor winding fault.

• Overvoltage: input voltage surge or regenerative voltage from the motor.

• Overtemperature: poor ventilation or ambient temperature exceeding +40 °C.

• Communication error: faulty RS‑485 cable, incorrect address, or network mismatch.

10. Maintenance

• Clean heat sink and dust buildup every 6 months.

• Check terminal tightness and cable insulation regularly.

• Replace damaged seals or cables to maintain IP55 protection.

11. Storage & Disposal

• Store in a dry, clean area at ‑25 °C to +70 °C.

• Dispose of according to local WEEE regulations; recycle metals, plastics, and electronic components.