HR-HS/L / HR-HSK/L: Pneumatic tube laboratory station

HR-HS/L / HR-HSK/L: Pneumatic tube laboratory station

Facebook
Twitter
LinkedIn
WhatsApp

Product Details

The standard solution for receiving samples in the laboratory

Use

  • Sending and receiving of carriers in the laboratory

Material

  • Metal samples of various shapes (round, oval, double-thickness, cylindrical, conical) and other, powder and granular samples (slag and other), other sample types

Operation mode

  • Robot automation
  • Manual

All advantages at a glance

Designed for automatic and manual operation

The HR-HS/L is the pneumatic tube station for receiving and sending pneumatic tubes in the laboratory. The HR-HS/L can be used both as a manual station and as a fully automatic pneumatic tube station in a robot laboratory. When used in a robot laboratory, the HR-HS/L stations are set up in a semi-circle. The pneumatic tube carriers arriving from the plant are removed from the HR-HS/L by the robot and taken to the unpacking station to remove the sample from the carrier for further processing. The robot then automatically returns the carrier to the HR-HS/L to send it back to the plant.

The HR-HS/L can also be opened by the operator from the opposite side to remove the carrier manually. The optional cap pulling device attached to the machine frame (HR-HSK/L) is used to open the pneumatic carrier quickly and easily. In the same way, the HR-HS/L can also be used as a purely manual station without linking to a robot automation system. The HR-HS/L can easily be integrated into a robot automation system at a later date.

Flexible use

Pneumatic carriers can be used for steel, iron, slag, and powder materials. This makes it possible to prepare different sample types in one preparation circuit.

The HR-HSK/L is available in two versions for operation with a blower or with compressed air. In this way, the HR-HS/L can always be used according to the local conditions and performance requirements.

Safe operation

The HR-HSK/L is designed for particularly safe operation. In automatic mode, the manual input door is always locked. Special emphasis was placed on easy maintenance of the machine during design.

Design options:

  • Cap pulling device (HR-HSK/L)
  • Variant for operation with blower
  • Variant for operation with compressed air

Relates Products

Compression testing machine 3000kN with all-welded frame

Article number: 2.1204 Straintest version according to EN 12390-4. Accuracy class 1 according to DIN EN ISO 7500-1. Touch pad controller with digital display. Standards: DIN EN 12390-3, 12504-1, 12390-6, 12390-13, 1338, 206, ASTM C39, C140, C1314, E4, AASHTO T22 Trchnical Data Compression range: 100 – 3000 kN Piston stroke:

Read More »

Flexural TESTING machine for railway sleepers

Article number: 23.1402.02-SV-i20 PC-controlled flexure testing machine for concrete sleepers and bearers 600 kN The flexure testing machine is suitable for quality control of various concrete sleepers and bearers. Optionally a displacement measuring system can be installed. The solid steel frame is extremely torsion-resistant. The columns are clamped without any

Read More »

Frame for tests of concrete sleepers

Article number: 23.1402.01-SV-i20 Accuracy class 1 according to DIN EN ISO 7500-1. For static tests of concrete railway sleepers. Test Frame stiff 4-column press frame Fmax: 600 kN Force measuring range: 0 – 600 kN Class 1 measuring range: 12 kN – 600 kN Other gradation of class 1 measuring

Read More »

Compression testing machine 3000 kN

Article number: 22.1101.01-FU-i20 Test frame with hydraulic cylinder for compression strength test in strain gauged column according to DIN EN 12390-4 and class 1 according to DIN EN 7500-1 in the specified measuring range. The compression testing machine is suitable for compressive strength testing of light, normal and heavy concrete.

Read More »