Training Equipment In Industrial Hydraulics

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Training Equipment In Industrial Hydraulics

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Training Equipment In Industrial Hydraulics Specification

Power Source
Electric

Voltage
230V AC Volt (v)

Core Components
Hydraulic Pump, Double Acting Cylinder, Pressure Gauges, Flow Control Valves, Reservoir

Automation Grade
Manual and Semi-Automatic

Temperature Range
0 C to 60 C Celsius (oC)

Accuracy
100 % %

Feature
Highly Efficient

Model No

Capacity
Standard/Custom as per requirement Pcs/hr

Frequency
50 Hz Hertz (HZ)

Measurement Range
0-250 bar (Pressure), 0-25 LPM (Flow)

Equipment Materials
Powder-coated Steel, Aluminium, Brass, Industrial-grade Plastics

Type
Industrial Training Equipment

Usage
Laboratory

Display Type
Analog and Digital Gauges

Dimension (L*W*H)
1100 mm x 750 mm x 1450 mm Millimeter (mm)

Weight
Approx. 85 kg Kilograms (kg)

Safety
Pressure Relief Valve and Overload Protection

Control Panel
Integrated with Emergency Stop Switch

Reservoir Capacity
35 Liters

Simulation
Multiple Hydraulic Circuits

Ease of Maintenance
Modular Components for Easy Replacement

Pump Type
Gear/Plunger Type

Noise Level
< 75 dB

No. of Experiments
10+ Standard Experiments Included

Training Manual
Comprehensive Guide Provided

Operating Pressure
Up to 200 bar

Mounting
Mobile on Castor Wheels

Color
Industrial Grey and Blue Finish

About Training Equipment In Industrial Hydraulics

TRAINING EQUIPMENT IN INDUSTRIAL PNEUMATICS

Electro-pneumatic Trainer designed to familiarize students with different Pneumatic devices used in industry & build different pneumatic circuits using them. The pneumatic devices include direction control valves, cylinders, solenoid operated valves, range of proximity sensors, push pull connectors for each device, electrical accessories.Different pneumatic circuits can be built & tested using flexible pneumatic tubing provided with the trainer.

Specification of the Workstation:

Aluminum Profile Panel: 1200 x 750 mm, Input Power: Single phase
AC 220 V, 50 Hz, Flow: Below 10 L/min, Capacity: < 1 KVA,
Air Service Unit: Pressure Range: 0.5 10 Kg/cm2, Filter Lubrication& Pressure Regulator (FRL Unit), Shut-off Valve, Filtering grade: 40 m, Connection Type: G ,
3/2 Way Double Solenoid Valve, normally closed, Pressure Range: 0.5 9.8 Kgf/cm2, Response Time: 20mS, WithLED & Protection Unit, Spring Return & Pilot operated,
5/3 Way Double Solenoid Valve, Pressure Center, Pressure Range: 0.5 9.8 Kgf/cm2 , Response Time: 20mS , Power
Supply: DC 24 V, With LED & Protection Unit,
Manifold, 8 Outlets , Pressure Range: 0 10 Kgf/cm2, Input: 1, Output: 8, Fixed Base,

Versatile Industrial Training Equipment

This hydraulics training unit is configured for versatility, supporting both standard and custom experiments with an adaptable setup. The design supports a wide range of hydraulic learning exercises, making it perfect for technical institutes, research labs, and industrial skill development.

Durable, Mobile, and Safe

Built from industrial-grade materials, the equipment is powder-coated for corrosion resistance and stability. It features castor wheels for effortless movement, ensuring flexible use across laboratory spaces. User safety is prioritized with overload protection, pressure relief valves, and a clearly accessible emergency stop switch.

Intuitive Operation and Maintenance

A comprehensive training manual accompanies the unit, guiding users through over ten standard experiments. Its modular components enable quick replacements, reducing downtime and enhancing ease of maintenance. Analog and digital gauges ensure precise readings, while the integrated control panel consolidates essential operational controls.

FAQs of Training Equipment In Industrial Hydraulics:

Q: How does the hydraulic training equipment benefit laboratory training?

A: The provides realistic simulation of multiple hydraulic circuits, allowing users to perform more than ten standard experiments. Its comprehensive manual supports progressive learning, and its accurate analog/digital gauges facilitate precise measurement and interpretation of hydraulic phenomena.

Q: What safety features are included in this hydraulic training system?

A: This equipment is equipped with a pressure relief valve, overload protection, and an integrated emergency stop switch on the control panel. These features ensure user safety during operation by automatically managing excess pressure or unexpected system loads.

Q: Where can the be effectively used?

A: This training system is ideally suited for technical laboratories in educational institutions, industrial training centers, and vocational schools that focus on hydraulic systems and fluid mechanics. Its mobility allows it to be conveniently relocated between workstations or classrooms.

Q: What is the process for maintaining this hydraulic training unit?

A: Maintenance is user-friendly due to its modular design. Components can be easily replaced or serviced following the detailed instructions provided in the manual. Routine checks on pressure levels, oil reservoir, and moving parts ensure longevity and consistent performance.

Q: When should operators use the emergency stop switch?

A: The emergency stop switch should be activated immediately in any unsafe situation, such as unexpected movement, excessive noise, or signs of system overload. This instantly halts all operations to prevent damage or injury.

Q: How does the display system support efficient learning?

A: The training equipment is fitted with both analog and digital gauges for monitoring pressure and flow. This dual-display setup helps users understand different measurement techniques, reinforces correct instrumentation usage, and enhances experiment accuracy.