DescriptionThe STD-TE 67 Pin on Disc Machine has the classic configuration of a pin or ball loaded
WhatsApp : +86 13816217984
Email : info@qinsun-lab.com
The STD-TE 67 Pin on Disc Machine has the classic configuration of a pin or ball loaded vertically downwards onto a horizontally rotating disc. It also accommodates a variety of other test geometries.
The principle features of the unit are:
• very rigid pin and disc carriers, to allow nominally flat-on-flat contact
• use of pneumatic loading on the pin to reduce inertial loading effects in the contact
The pneumatic loading system is an important difference with other pin on disc designs that use dead weights and a load beam. Loading system inertia can significantly affect the friction and wear response.
The test disc is mounted on the machine spindle driven by a vector controlled a.c. motor. Encoder feedback ensures stable running speeds and a large turn-down ratio.
The pin carrier assembly consists of an aluminium block pivoted about a vertical axis through its centre. The track radius is set by moving the pin carrier assembly radially.
| Rotational Speed: | 20 to 2.000 rpm |
| Equivalent Sliding Speed: | 0.05 m/s to 8 m/s |
| Radius of Test Track: | 0 to 35 mm |
| Pneumatic Loading Capsule: | |
| Load Range: | 25 to 1000 N |
| Cyclic Loading Amplitude: | up to 50% of setpoint |
| Cyclic Loading Type: | sine wave or triangular wave |
| Cyclic Loading Rate: | 1 Hz maximum |
| Dead Weight Loading Capsule: | |
| Load Range: | 5 to 100 N |
| Friction Force: | 0 to 50 N and |
| 0 to 1.000 N | |
| Wear Measurement: | LVDT 0 to 2.5 mm |
| Resolution better than 1 µm | |
| Contact Potential: | 40 mV dc signal |
| Temperature Sensing: | k-type thermocouples |
| Disc Specimen: | 75 mm diameter x 8 mm thick |
| Pin Specimen: | 8 mm diameter x 35 to 68 mm long |
| Ball Specimen: | 6 mm diameter |
| Interface: | Serial Link Interface Module |
| Software: | COMPEND 2000 |
| Motor: | 2.2 kW ac vector |
| Controlled Parameters | Rotational Speed |
| Temperature | |
| Carga | |
| Duración de la prueba | |
| Recorded Parameters | Rotational Speed |
| Wear | |
| Friction Force | |
| Temperatures | |
| Contact Potential | |
| Number of Revolutions | |
| Duración de la prueba | |
| Sliding Speed | |
| Friction Coefficient | |
| Sliding Distance | |
| STD-TE 67/HT Pin on Disc Heating (Air) | |
| Lubricated Tests: | up to 200°C |
| Dry Tests: | up to 400°C by air |
| Air Heating Power: | 2.8 kW |
| Temperature sensing: | Optical Pyrometer with |
| k-type thermocouple output | |
| STD-TE 67/R Reciprocating Plate Adapter | |
| Stroke: | 0 to 50 mm (continuous variation) |
| Frequency: | 2 to 25 Hz |
| 5 Hz max. at 50 mm stroke | |
| 25 Hz max. at 2 mm stroke | |
| Heating Power: | 800 W |
| Temperature: | ambient to 400°C |
| Plate Dimensions: | 38 mm x 58 mm x 4 mm thick |
| STD-TE 67/LE Lubricant Enclosure | |
| Bath Volume: | 150 ml |
| Heating Power: | 400 W |
| Temperature Range: | ambient to 200°C |
| STD-TE 67/LS Lubricant Recirculating System | |
| Bath Volume: | 1.2 litres |
| Peristaltic Pump Flow: | 1 litre/minute (maximum) |
| Heating Power: | 550 W |
| Temperature Range: | ambient to 100°C |
| STD-TE 67/PV Pin on Vee Block/Block on Ring Adapter | |
| Contact Configuration: | Pin on vee block |
| Block on ring | |
| Conforming block on ring | |
| Pin on Vee Specimens: | Standard Falex specimens |
| Ring Specimen: | Max diameter 35 mm x max width 10 mm |
| Maximum Load: | 20.000 N |
| Heater Bath Temperature: | 200°C |
| Services | |
| Electricity: | 220/240V, single phase, 50 Hz, 7.5 kW |
| 110/120 V, single phase, 60 Hz, 7.5 kW | |
| Clean, dry air: | 4 cfm at 8 bar (120 psi) |
| STD-TE 67/HT2: | Propane with 4 bar regulator 340 g/hour gas consumption |
| Installation | |
| Floor-standing machine: | 900 mm wide x 600 mm deep x 1.200 mm high, 300 kg |
| Bench-mounting cabinet: | 530 mm x 800 mm x 300 mm high, 20 kg |
| Packing Specifications: | 1.93 m3, GW 520 kg, NW 380 kg |
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Teléfono de la empresa
+86-21-6420 0566
Horas de trabajo
De lunes a viernes
Teléfono móvil:
13816217984
Correo electrónico:
info@qinsun-lab.com
