Pneumatic Training Kit: The Pneumatic Training Kit would be pneumatic based standalone training kit which would cover pure pneumatic systems, Electro pneumatic systems, smart maintenance in pneumatics, Analysis and control technology in pneumatics. The kit would have items for PC supported acquisition, representation and documentation of analogue measured values in pneumatic components and systems. The kit would facilitate learning and demonstration of following topics: 

Self-combined mobile unit. 

All the components are easily accessible. 

Real life components of reputed manufacturers provided. 

Quick connections possible due to special fittings/pipes. 

Tried and tested components and circuits. 

PLC with MODBUS communication. 

PLC with software with help file 

Specially designed control panel enabling students to develop their own circuits 

Modular design with facilities to operate simple mechanisms 

Pneumatically operated models available as additional supply 

Training of Trainers offered at regular intervals 

Three years performance guarantee for any manufacturing defect 

Operation of a Single Acting Cylinder 

Speed Control Of Single Acting Cylinder 

Operation of a Single Acting Cylinder with And Gate 

Operation of Pneumatic Motor 

Speed Control of Pneumatic Motor 

Operation of D/A Cylinder with 5/3 Way Lever Operated DC Valve 

Speed Control of Double Acting Cylinder with Flow Control (Meter In) 

Speed Control of Double Acting Cylinder with Flow Control (Meter Out) 

Speed Control of Double Acting Cylinder with Flow Control in Forward & Return Stroke 

Sequencing of Pneumatic Motor & Double Acting Cylinder 

Sequencing of Double Acting Cylinder with Single Acting Cylinder 

Operation of Single Acting Cylinder with 5/2 Way Single Solenoid 

Operation of Double Acting Cylinder with 5/2 Way Single Solenoid 

Operation of Double Acting Cylinder with 5/2 Way Single Solenoid, AND Gate of Electrical Switch 

Operation of a Single Acting Cylinder with OR Gate 

Speed Control of Double Acting Cylinder with Flow Control in Forward & Return Stroke 

Quick return of Double Acting Cylinder using Quick Exhaust Valve 

Two Speed Control of Double Acting Cylinder 

Two Speed Control of Pneumatic Motor 

Automatic Cycle of Double Acting Cylinder 

Trolley with frame & caster wheels 

Quick Push Pull connector 

Plastic Tubing (PU6) 

3/2 way Direction Control valve 

5/3 way Direction Control valve with Hand Lever 

Two Way Valve (AND Gate) 

Flow Control valve 

Single acting cylinder 

5/2 way Single Solenoid 

FRL Unit (Filter Regulator & Lubricator) 

Starter valve 

ounting Plates 

T Block 

Isolator Block 

Pneumatic Motor 

Double acting cylinder 

Shuttle valve (OR Gate) 

Quick Exhaust valve 

Isolator Block 

Proximity sensor 

Instruction manual will be provided along with the apparatus.

 

Familiarization with the most important roller bearing types used in mechanical engineering and their specific applications.

Familiarisation with relevant standardized désignations and terms 

Discussion of applications 

13 Roller Bearings, arranged clearly : 5 roller bearings and 8 ball bearings 

2 Axial bearings/11 Radial bearings 

All parts arranged clearly in the storage system 

Bearing Dimension 

Inner diameter: Ø 20mm 

outer diameter: Ø 35, 40, 42, 47, 52mm 

bearing width: H=8, 10, 12, 14, 15, 18, 47mm 

Instruction manual will be provided along with the apparatus.

The journal bearing comprises an electrically driven shaft journal that rotates in a freely movable bearing housing. Oil is used as the lubricant. The displacement of the shaft journal depends on the speed and direction of rotation as well as the characteristic behavior during start-up, and can be observed through the transparent bearing housing. Speed and direction can be adjusted. The load on the journal bearing can be adjusted by varying the weights. The temperature in the bearing gap is measured in order to determine the viscosity of the lubricant. 

pressure: 1770 mm oil column, 16connections

temperature: -10…50°C

speed: 0…3000min

visualization and investigation of pressure distribution in journal bearings 

Bearing housing is completely transparent 

Continuously adjustable speed, electronically controlled

Bearing subjected to load by means of weights

Temperature measurement in the bearing housing

12 measuring points on the periphery, 4 measuring points in the longitudinal direction

Pressure distribution indicated with 16 tube manometers

Digital display of speed on the display and control unit

Nominal bearing diameter: 51mm

Bearing gap width: 4mm

Bearing width: 75mm

Bearing load: 6.7…16.7N Motor

Power: 0.37kW

Max. speed: 3000min-1 Oil ISO viscosity grade: VG 32 Tank for oil: 2.5L Weights

1x 1N (hanger)

2x 2N

1x 5N 

Instruction manual will be provided along with the apparatus.

 

PH meter with digital display 

PH range 0 – 14

Millivolt Range : 1 to ± 1999mV 

Resolution : 0.01 pH & 1 mV in mV mode 

Repeatability: ± 0.01 pH, ± 1 

Digit for pH : ± 1 mV in mV 

Mode, ± 1 digit for mV 

Slope correction: 85% to 115% 

Table model with Probe and Automatic Temp. Compensation