Strong Servo Electric Gripper with Abundant Gripping Force and Stroke Length RM-GB-17-80-2-1-H
The servo gripper jaw (RM-GB-17-80-2-1-H), with its strong clamping force and efficient control, excels in performance. It has the following outstanding advantages: high rigidity, high load, high precision, high reliability, able to adapt to a variety of complex working environments; from miniature to heavy-duty type, with a variety of optional strokes and a full range of specifications to meet different needs; can be used with a variety of collaborative robots and industrial robots, to complete all kinds of assembly, transport, palletising and other processes of different weight items. It has a clamping stroke of 80mm, a guide length of 2, a side exit position, and a horizontal exit type.
With a maximum payload of up to 7kg, 2-3 times its own weight, and a maximum clamping force of 700N, the RM-GB is a step ahead of similar products. It can easily handle both heavy and bulky heavy items and light and delicate miniature items. With a service life of up to 10 million cycles, it will not fail even under extreme loads, and its stability is top-notch.
Specifications
Output Cable: Side Wiring
Outgoing Line Method: Horizontal Wiring
Stroke (mm): 80
Max.Gripping Force (N): 700
Max.speed (mm/s): 100
Repeat Positioning Accuracy (mm): ±0.02
Backlash (mm): < 0.1 ( Single-Side)
Permissible Load Torque (N.m): MR:60, MP:30, MY:40
Compatible Controllers: RM-C-40, RM-CEP-40, RM-CEU, RM-CEM
Rated Voltage: DC24±10%
Rated Current (A): 4
Weight (kg): 3.45
Usage Environment: 0~40℃,< 85%RH ( Without Condensation)
Protection Class IP: IP40
1. The data is sourced from the actual test results in the 25℃ laboratory.Notes:
2. The drawings provided in this Catalogue 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.
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RM-GB Servo Gripper Offers Strong and Quick Output Force for Adaptive Clamping and Transfering Images
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