

The Indramat KDS 1.1-050-300-W1-220 is a modular AC servo drive from the KDS1 series for industrial drive and CNC applications. The unit is used and in good visual condition.
The W1 version uses an external cooling unit which dissipates a large proportion of the generated heat outside the control cabinet. The fan supply of this unit is designed for 220 V AC.
The servo drive is supplied with the installed MOD4/1X095-281 programming module. This module contains application-specific operating parameters and is configured for the MAC093A--LS motor type according to its label.
Manufacturer: Indramat
Type: KDS 1.1-050-300-W1-220
Manufacturer ID / material number: 234601
Rated unit current: 50 A
Peak current: 50 A
DC link voltage: 300 V DC ±15%
Continuous output power: 15 kW
Cooling: external fan unit
Fan supply: 220 V AC at 50 to 60 Hz
Protection rating: IP10
Permissible ambient temperature at rated data: +5 to +45 °C
Condition: used in good visual condition
Module type: MOD4/1X095-281
Module number: 923900
Controller assignment: KDS1.1-050-300-W1
Motor assignment: MAC093A--LS
Continuous current according to module: 47 A
Peak current according to module: 50 A
Operating speed: 3500 rpm
MA: 150 mV/A
Input E1/E2: 3800 rpm at 9 V
Input E3/0VM: 4000 rpm at 10 V
Before installation the complete servo drive type designation and the controller and motor assignments of the programming module must be compared with the existing system. The programming module must match the controller motor and machine configuration in use.
A compatible Indramat power supply as well as suitable motors cables and connections are required for operation.
The servo drive is used and in good visual condition. Age-related and normal signs of use may be present and are documented in the product images.
The scope of delivery includes the pictured Indramat KDS servo drive with the installed programming module cooling unit and pictured connection components. Additional cables loose mating connectors documentation and other accessories are not included.
The condition statement refers to the described and pictured condition. A current functional test is not implied.