PART NUMBER | MPN DESCRIPTION STOCK LEVEL
5240
The 5240 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 12 to 40 Vdc and a 2.5 Amp RMS nominal rated current. The 5240 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 17 kHz nominal.)

5240-006
The 5240-006 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 12 to 40 Vdc and a 2.5 Amp RMS nominal rated current. The 5240-006 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 17 kHz nominal.)

5240-240
The 5240-240 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 12 to 40 Vdc and a 2.5 Amp RMS nominal rated current. The 5240-240 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 17 kHz nominal.)

5345
The 5345 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 to 230 Vac and a 2.5 A RMS (full step) rated current. The 5345 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5445
The 5445 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 to 230 Vac and a 5 A RMS (full step) rated current. The 5445 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5445-230
The 5445-230 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 to 230 Vac and a 5 A RMS (full step) rated current. The 5445-230 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5645
The 5645 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 Volt ac and a 5.0 – 8.0 A RMS nominal rated current. The 5645 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5645-021
The 5645-021 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 Volt ac and a 5.0 – 8.0 A RMS nominal rated current. The 5645-021 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5645-024
The 5645-024 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 Volt ac and a 5.0 – 8.0 A RMS nominal rated current. The 5645-024 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5645-027
The 5645-027 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 Volt ac and a 5.0 – 8.0 A RMS nominal rated current. The 5645-027 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

5645-039
The 5645-039 is part of the 5000 Indexer Drive Series retired by Kollmorgen. This drive features an input voltage of 120 Volt ac and a 5.0 – 8.0 A RMS nominal rated current. The 5645-039 has a Two-phase bipolar, chopper current regulated drive and a chopper frequency of 20 kHz nominal.)

ACO5000A
The ACO5000A indexer drive supports a maximum output current of 36 A DC. Manufactured by Kollmorgen as part of their 5000 Indexer Drivers series, the device has short-circuit and ground fault protection. It allows output frequencies up to 5000 Hz with a nominal efficiency of 96%.

ACO5000D
The Kollmorgen ACO5000D is part of the 5000 Indexer Drivers series and features 8 digital inputs, 4 digital outputs, and 2 analog outputs. It operates with a control input voltage of 24 VDC and supports a maximum output frequency of 5000 Hz with an efficiency of 96% at nominal load.

ACO5000DP
The Kollmorgen ACO5000DP Indexer Drive from the 5000 Indexer Drivers series features a vector control type. It offers an input frequency of 50/60 Hz and includes an LED display. The drive supports a communication interface of RS485 and Modbus RTU, and operates with forced ventilation.

ACO5000R
The ACO5000R indexer drive requires external overload protection, can operate with a maximum ambient temperature of 50° C, and should be mounted in a closed metal cabinet. Part of the 5000 Indexer Drivers series by Kollmorgen, it shares the same dimensions as the power supply module.

ACO5000R1
The Kollmorgen ACO5000R1 is part of the 5000 Indexer Drivers series and provides a continuous power of 1200 W with a peak power of 5 kW. This fan-cooled unit features a module width of 71 mm and uses an internal connection to the power supply.

ACO5008D
The Kollmorgen ACO5008D is part of the 5000 Indexer Drivers series, offering an impressive peak current of 12 Amps. It boasts efficiency at a nominal load of 96% and a maximum output frequency of 5000 Hz. Designed with short-circuit protection, it operates up to a max ambient temperature of 50°C.

ACO5020D
The ACO5020D indexer drive boasts a nominal current of 20 amps, a peak current of 30 amps, and an efficiency of 96% at nominal load. Part of the 5000 Indexer Drivers series by Kollmorgen, it ensures protection with an IP20 rating for wall mounting and offers maximum output power of 20 kVA.

ACO5030A
The Kollmorgen ACO5030A is part of the 5000 Indexer Drivers series and operates with a maximum input voltage of 480 VAC and a minimum of 200 VAC, supporting 50/60 Hz input frequency. It offers a maximum DC output current of 45 A and achieves an efficiency of 96% at nominal load. The unit’s braking resistor can handle peak power up to 1000 W and con…

ACO5030D
The Kollmorgen ACO5030D is part of the 5000 Indexer Drivers series and provides a nominal output current of 30 A with a peak output current of 45 A. It supports up to 4 digital outputs and 8 digital inputs, and delivers a maximum output power of 30 kVA at 400 Vac. This unit operates efficiently at 96% and can function in ambient temperatures up to …

PA5000
The Kollmorgen PA5000, a device in the 5000 Indexer Drivers series, features flow-through front to back ventilation. It offers protection against short circuits and RF interference. The