KUKA KSD1-48 E93DA12314B531 00-117-344 Servo Drive

KUKAKSD1-48E93DA12314B 53100-117-344 is a servo driver module, which belongs to the KUKA KRC2 robot system. This servo driver has the following features:

Model and serial number: KUKA KSD1-48 00-117-344, E93DA12314B531.

Scope of application: Mainly used in industrial automation and robot control system, as a servo drive module, supporting high-performance speed and position control.

Input voltage: 220V.

Working temperature: 100 C.

Output frequency: 50Hz.

Strong anti-interference ability, the shell color is black.

Quality certification: in line with CE certification.

Application scenario: It is suitable for industrial automation equipment that needs high precision control, such as robot joint drive and manipulator control.

The servo driver module is an important part of KUKA KRC2 series robots, which is widely used in the field of industrial automation and provides reliable servo drive solutions.

KUKA KSD1-48 is a servo driver module in the control system of KUKA KRC2 robot. The KUKA servo drivers of the same series or similar models include:

1. KSD1 series (commonly used in KRC2 system)

KSD1-08（00-117-341）

KSD1-16（00-117-342）

KSD1-32（00-117-343）

KSD1-48 (00-117-344)-Your model.

KSD1-64（00-117-345）

The main difference between these models is the current output capability (such as 8A, 16A, 32A, 48A, 64A), which is suitable for servo motor drive with different powers.

2. KSD2 series (higher performance version)

Some KRC2/KRC3 systems may use an upgraded KSD2 drive, such as:

KSD2-48

KSD2-64

3. KPP power module (supporting use)

KSD1 driver is usually used with KPP(KUKA Power Pack) power module, such as:

KPP 600-20（600V, 20A）

KPP 600-40（600V, 40A）

4. Other related modules

Ksp (kukaservo pack)-used by some old systems.

KSD-E (Economy)-Simplified Edition

These drivers are mainly used in KUKA KR series robots (such as KR200, KR210 and KR500), and are suitable for industrial applications such as welding, handling and palletizing.

If more detailed parameters or alternative models are needed, specific requirements (such as voltage, current, robot model, etc.) can be provided.