Skip to main content Skip to search Skip to navigation

Tesollo Delto Gripper DG-5F

  • SKU: MBS-G-45
  • HAN: DG-5F
  • Category: Gripper
  • Manufacturers:

Tesollo Delto Gripper

  • DG-5F
  • total DOF: 20
  • rated voltage: 20V
  • BLDC motor

Description

Technical Data DG-5F

Mechanical

  • Default fingertip color and silicone hardness: White + grey, 40 Shore A

Electrical

  • No-load speed per joint: 75 rpm
  • Peak torque per joint (stall torque): 2 Nm (Caution: operating with "torque limit mode" off in operator mode, or using stall torque in developer mode, may cause a rapid increase in product temperature and potential product damage. Note that repairs (A/S) may be difficult in case of failure.)
  • Rated torque per joint: 0.4 Nm

Communication

  • Operator mode communication cycle (RTU, TCP) (Hz): 33, 800
  • Developer mode communication cycle (Ethernet (TCP/IP)) (Hz): 500

Product Specifications

5-finger anthropomorphic
20 degrees of freedom
Absolute encoders
Industrial interfaces
Motor type: BLDC
Rated voltage: 24 V DC
Max. current draw: 10 A
Control cycle: 250 Hz
Encoder resolution: 12 bit / 0.1°
Repeatability: 0.1° per joint
Communication: Modbus RTU/TCP, Ethernet TCP/IP
Number of fingers: 5
Total DOF: 20 (4 per finger)
Gripping force (pinch): 2.5 / 5 kg (rated / max.)
Gripping force (enveloping): 10 / 20 kg (rated / max.)
Max. fingertip force: 97 N
Max. object size: 170 mm
Weight: 1.76 kg
Included as Standard:
1× Delto DG-5F
gripper
1× power supply
24 V DC
1× Ethernet &
control cable
1× mounting
flange
Item information Value
Shipping weight: 2,20 kg
Item weight: 1,76 kg

Reviews

Write the first review for this item and help others make a purchase decision!

There are no reviews yet.

Version 
€ 18.886,95
incl. 19% VAT , plus shipping costs
  • Must be ordered. Ready for shipment in 10 days after order.

Forum

Discuss topics such as Dynamic Gait Planning, mobile manipulation, SLAM, navigation & HRI. Everything is based on ROS 1.0 & 2.0, Open Source and completely free of charge.

go to Forum

Docs

Access all our open-source projects! Documentation for all robots and ROS-based systems, including code snippets, manuals and application examples.

Go to Documentation

Development
Boards

Almost every robotics or electronics project requires a certain level of logic and control. This can be achieved using active components or complete development boards.