Ergonomic test booth with ball-bearing conveyor belt

The chamber is equipped with a continuous ball-bearing conveyor belt for transporting workpieces. Workpiece carriers are loaded from one side and held securely in place during testing by a stop and clamping device installed in the center.

Maximum safety:

• The rear section is covered with a touch-safe material.

• The front and sides are secured by vertical light curtains.

• A horizontal light curtain provides additional protection against access from below.

The contact can be easily moved by the operator to the desired position in both the horizontal and vertical directions.

• Ergonomically designed, slightly angled sliding hood.

• Linear guide for virtually effortless operation.

• Customized contact system for blind cord winders.

• Adapter for a wide variety of belt winders.

• Includes a stress test of the drive.

• Including a test of the drive slip clutch.

• Built-in camera for automatically evaluating LCD displays and their content.

• Light shielding on the sliding hood for reliable visual assessment.

• Compact unit consisting of a testing device and a test chamber.

• The test hood moves upward along a backward-sloping ramp, assisted by a drive mechanism.
• When open, the test area is fully accessible.
• Roller conveyors docked on both sides for convenient and efficient loading.
• The hood is designed as a Faraday cage on all sides, enabling highly precise partial discharge measurements without external interference.

• A test cell integrated into a production line, featuring a special test hood and a continuous automatic roller conveyor.
• The side inlets and outlets open and close automatically.

• Fully integrated soundproofing.
• Significant reduction in noise emissions.
• Extra-wide opening for easy loading and unloading.
• Easy to open and close thanks to gas springs.
• Monitored interlock for enhanced safety.
• Integrated viewing window in the test hood.
• Integrated interchangeable system for a wide variety of adapters.
• Sturdy construction made of 80 × 80 mm aluminum profiles.

• Plenty of space for large test objects.

• Hinged doors.

• Monitored door closure at the top and bottom.

• Accessible with a pallet jack.

• Wedge-shaped approach ramp.

• Fully insulated interior lining.
• Optional floor insulation.

• The test chamber is designed as a Faraday cage on all sides, reliably shielding the test area from external high-frequency interference.
• The RF-shielded Faraday cage enables highly accurate partial discharge measurements without external interference.
• The test chamber can be easily moved vertically and seals completely against the base plate using special high-frequency sealing strips.
• When open, the test area is fully accessible.
• Roller conveyors docked on both sides for convenient and efficient loading.
• The base plate is equipped with ball bearings to allow the workpiece carrier to be pushed smoothly into the test chamber. 

• The testing station is integrated into a production line with a manual roller conveyor.

• Contact is made manually using Kelvin clamps.

• The side doors and the front door open and close automatically.

• The doors are equipped with built-in pinch protection.

• The horizontally divided front cover closes upward in two stages.
• This results in a smaller footprint.
• Ideal for low-ceilinged production areas.

• Custom-designed and manufactured
• Mechanically robust and durable designs
• Designed for heavy-duty use in industrial environments
• Long service life and reliable performance
• Integrated result lights
• Space and solutions for terminals, connectors, and components
• Automatic startup after closing
• Immediate interruption of the current test upon opening
• Up to Performance Level PLe
• 2-channel safety evaluation

• Options
  • Hood Lock
  • Automatic closing
  • Automatic opening
  • single- or multi-sided light curtain
  • Table frames with or without casters or ball tracks
  • Reinforcement for heavy-duty test specimens
  • ESD version
  • Built-in lighting

• Solutions
  • for integration into automated production lines
  • for customization to your specific testing project, e.g., with robots
  • for the installation of manual connectors/adapters
  • for the installation of automatic connectors/adapters