Pin On Disc Test Rig

About Pin On Disc Test Rig

Pin on disc friction/wear study involves a sharp pin, ball, or cone tip to wear against the disc surface. Usually, a constant normal load is applied from the pin towards the contact interface, using a weight set. A lateral force sensor is installed to measure the friction force. During the test, a wear track is gradually made on the disc surface due to the material's loss from friction. This is measured with the help of a gauge, or alternatively, a wear sensor can be used.

Rig follows ASTM Test Standard and is suitable for Laboratory use in industrial; academic as well as research purposes.

Specifications:

1. Disc Set (Material: MS; Aluminum and Brass Size:

125 mm Dia - 3 mm tk)

2.     Pin Set (Material: MS; Aluminum and Brass) Size: 4

different head each)

3.     Load Set 1 kg = 10 Nos.

4.     Motor 1 HP Max Speed 1440 RPM

5.     Control Pannel Specification:

         Variable Frequency Drive for Speed Control

         Digital RPM Indicator

         Frictional Force Indicator

         Timer Indicator with Relay Function

         Main Indicator and Emergency Switch

6.     Wear Measurement Surface Plate with Magnetic Dial

Gauge.

7.     Optionally: Digital Depth Sensor; Optical Microscope

for Wear Measurement

8.     Detailed Technical Manual and On-site Training

Service Required:

1. 230 V.A.C. single-phase supply.

2.     Rigid platform or sturdy table with preferably a

solid foundation.

Advanced Wear & Friction Testing

Engineered for laboratory precision, this Pin On Disc Test Rig provides controllable test parameters and real-time data for assessing material behavior under sliding contact. Its digital motor controller ensures steady disc rotation, enabling studies on wear and friction properties across different material combinations in line with ASTM G99 protocols.


Intuitive Operation & Enhanced Safety

A user-friendly control panel enables variable rotational speeds and test load adjustments, making operation straightforward for both experienced technicians and new users. Built-in safety features, including emergency stop and overload protection, safeguard users and equipment throughout the test process.


Comprehensive Data Acquisition

Featuring a strain gauge-based sensor and a linear displacement transducer, the test rig provides accurate measurements of both frictional force and material wear. The included data acquisition system logs test results efficiently for analysis, while the digital LED/LCD display offers immediate test feedback.