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RM-EGB
Compact Electric Finger

Replacement for Pneumatic Fingers

Compact Size with High Output Force

Drop Detection

RM-EGB Compact Electric Finger

How to Order

Product Specifications

 
Model RM-EGB-06-6-ITG RM-EGB-06H-16D RM-EGB-06L-20D
Size Code 06 06H 06L
Stroke (mm) 6 6 10
Gripping Force1(N) 10/20/30/40
(Four levels are optional, and I/O combination triggering requires no parameter adjustment.)
10/15/35/60
(Four levels are optional, and I/O combination triggering requires no parameter adjustment.)
16/30/60/80
(Four levels are optional, and I/O combination triggering requires no parameter adjustment.)
Absolute Position (mm) 0/2/4
(Three levels are optional, and I/O combination triggering requires no parameter adjustment.)
0/2/4
(Three levels are optional, and I/O combination triggering requires no parameter adjustment.)
0/4/8
(Three levels are optional, and I/O combination triggering requires no parameter adjustment.)
Repeat Positioning Accuracy (mm) ±0.02 ±0.02 ±0.02
Max.Opening/Closing Time (s) 0.3/0.3 0.1/0.1 0.18/0.18
Permissible Load Torque (N.m) MR: 1.36, MP: 0.8, MY:0.68 MR: 1.36, MP: 0.8, MY:0.68 MR: 2.65, MP: 2.35, MY:1.65
Controller Controller Built-in Controller Built-in Controller Built-in
Control Method - "-ITG" Series or "-/" Series I/O (NPN) Input 3 Points, Output 3 Points I/O (NPN) Input 3 Points, Output 3 Points I/O (NPN) Input 3 Points, Output 3 Points
Control Method - "-P" Series / I/O (PNP) Input 3 Points, Output 3 Points I/O (PNP) Input 3 Points, Output 3 Points
Control Method - "-RTU" Series I/O (NPN) Input 3 Points, Output 3 Points
Modbus RTU
I/O (NPN) Input 3 Points, Output 3 Points
Modbus RTU
I/O (NPN) Input 3 Points, Output 3 Points
Modbus RTU
Control Method - "-PRTU" Series / I/O (PNP) Input 3 Points, Output 3 Points
Modbus RTU
I/O (PNP) Input 3 Points, Output 3 Points
Modbus RTU
Rated Voltage (V) DC24±10% DC24±10% DC24±10%
Rated Current (A) 0.3 0.3 0.4
Peak Current (A) 0.6 0.6 0.8
Weight (kg) 0.22 0.22 0.32
Usage Environment 0~40°C、< 85%RH (Non-condensing) 0~40°C、< 85%RH (Non-condensing) 0~40°C、< 85%RH (Non-condensing)
Protection Class IP IP40 IP40 IP40

Description

1. Please refer to the gripping force within ±15% of the provided value, and the actual clamping performance may vary depending on factors such as the material, surface condition, and clamping point position of the workpiece. The data is based on test results obtained in a 25°C laboratory.

2. The drawings provided in this Catalog are for the default standard model. If you require other models with different motor directions, outlet directions, or outlet methods, please contact your local sales representative to obtain the drawings for the optional models.

Torque Direction

Documentation Download

Dimension Drawing
Model Image