SV-EDR Robot for hazardous environments
ROBOTIC SYSTEMS

SV-EDRRobot for hazardous environments

SV-EDR supports inspection, observation and specialist tasks in hazardous environments, with project-specific payload integration. Confirm explosion-protection suitability and configuration in the delivery documentation.

Folded / storage dimensions
898 × 700 × 660 mm (L × W × H)
Unfolded / working dimensions
1103 × 700 × 660 mm (L × W × H)
Maximum working height
1510 mm
Overview

SV-EDR Robot for hazardous environments

The SV-EDR seven-degree-of-freedom arm, 1200 mm reach and multiple cameras support assessment of remote observation and object-handling tasks. An 80 kg chassis payload and ≥5 kg lift at full arm extension describe different conditions. The source name “explosion-proof robot” is not accompanied by an explosion-protection rating or certificate.

Final configuration depends on operating conditions and the agreed specification.

Key benefits

Key benefits

01

Remote observation and operation in hazardous areas

02

Project-specific payload integration

03

Configured for terrain and mission requirements

04

Deployment, training and technical support

SV-EDR

Selection and application guide

Design and application value

A tracked chassis and multiple cameras let the operator observe from a distance, while the manipulator supports handling within the configured limits. Obstacle and slope ratings aid terrain assessment but depend on load, traction and centre of gravity. Confirm video range and control range separately.

Choosing the right configuration

Specify passage width, steps, slope, object mass and pickup position to select reach and gripper. Chassis payload is not the arm’s tip-load capacity. For flammable gas, heat or immersion, confirm the required rating and certificates first; IP65 does not prove those capabilities.

Installation and integration

Check driving direction, camera views, arm limits and gripper action on level controlled ground. Add load gradually and verify stability at full extension and stopping response. Secure the battery and keep wiring clear of tracks and joints. Keep people outside the arm sweep and pinch zones.

Operation and maintenance

After each mission, check track tension, debris, joint fasteners and camera cleanliness; charge and store the battery as specified. If video or control becomes unreliable, stop movement before diagnosing power and communications. After impact, water exposure or significant overheating, inspect before returning to service.

Specifications

Specifications

Final configuration depends on operating conditions and the agreed specification.

ModelSV-EDR
CategoryRobotic systems
Folded / storage dimensions898 × 700 × 660 mm (L × W × H)
Unfolded / working dimensions1103 × 700 × 660 mm (L × W × H)
Maximum working height1510 mm
Fully extended vehicle length2100 mm
Chassis mass≤80 kg (including quick-release battery; configuration dependent)
Rated payload80 kg
Maximum drive power2 × 400 W
Manipulator degrees of freedom7
Lift at full arm extension≥5 kg (fully extended)
Battery specification24 V, 40 Ah
Wireless video range≥500 m
Travel speed8 km/h
Obstacle height180 mm
Stair-climbing angle≤38°
Slope angle≤40°
Minimum ground clearance138 mm
Maximum arm reach1200 mm
Upper-arm elevation-35 ~ 160°
Forearm elevation-120 ~ 150°
Wrist rotation-120 ~ +150°
Camera configuration1 × 30× zoom 1080P + 3 × 720P
Turning modeZero-radius turn
Nominal operating / flight time3 h
Ingress protection (source)IP65
Arm rotation0 ~ 360°
Gripper opening0-160 mm
PTZ tilt-30 ~ +90°
PTZ pan360° continuous
Driving-camera field of view170°
Downloads

Downloads

Documentation covers dimensions, performance data and operating requirements. Contact Mr. Liu for selection advice or after-sales support.

Find the right equipment and propulsion for your project

Final configuration depends on operating conditions and the agreed specification.

Get selection advice