Telescopic Hydraulic Mechanical Support

The telescopic hydraulic mechanical support is a heavy-duty adjustable supporting device applied to industrial equipment, construction machinery, stage installations, large electromechanical systems and other scenarios. Driven by hydraulic cylinders, it realizes stepless adjustment of supporting height and steady load lifting, ideal for applications requiring frequent height adjustment, heavy load bearing and absolute stability. Constructed from high-strength alloy steel with a double-acting hydraulic system, it features a single-point load capacity of up to 5 tons and a lifting stroke ranging from 500mm to 1500mm, meeting industrial-grade standards.

Core Differences from Traditional Mechanical Lead Screws / Jacks

Target Customers:Industrial equipment manufacturers, automated production line integrators, stage machinery engineering contractors, commercial large-screen integrators and office furniture engineering contractors. Custom non-standard products and bulk orders are available.

Pain Points of Traditional Solutions & Corresponding Solutions by Industry

Technical Parameters

Product Strengths

1.Labor-Saving & Efficient: Hydraulic lifting replaces traditional lead screws and jacks. A single operator can lift multi-ton equipment, drastically cutting labor intensity.

2.Precise Positioning: Stepless height adjustment with a minimum precision of 1mm, suitable for precise equipment installation and alignment.

3.Safe & Reliable: Dual protection via mechanical self-locking and hydraulic lock, preventing sinking even under long-term pressure retention.

4.Strong Adaptability: Optional electric pump stations, remote control and synchronous lifting systems for automated production lines and stage synchronization needs.

5.Easy Maintenance: Hydraulic cylinder seals adopt universal international specifications for quick replacement of vulnerable parts. The simple main structure minimizes failures.

Installation & Commissioning Guide

Installation Steps

1.Unpacking Inspection: Check the completeness and integrity of the support main body, hydraulic assemblies, fixing fittings and connectors.

2.Base Fixation: Place the base on flat ground, align interfaces and tighten fixing bolts.

3.Telescopic Arm Assembly: Install the telescopic mechanical arm and hydraulic transmission components, clamp rotating joints and test smooth telescopic movement.

4.Load Panel Mounting: Secure the load panel to the top of the telescopic arm and fasten connecting bolts.

5.Equipment Placement: Stabilize display devices/workpieces on the load panel and lock surrounding limit buckles.

6.Hydraulic System Connection: Attach hydraulic hoses to pump stations; connect power supply for electric models.

7.Air Exhaust Commissioning: Lift and retract 2–3 times to expel air inside the hydraulic system.

8.Function Test: Verify lifting and telescopic functions, check adjustment sensitivity and buffering effect.

9.Final Locking: Adjust to target height, activate the locking mechanism and inspect stability.

10.Operation Launch: Put into service after confirming all joints are tight and operation is free of abnormalities.

Commissioning Notes

Air exhaust is mandatory before first use to avoid unsteady lifting.

For electric models, confirm power voltage matches equipment specifications (220V/380V).

First hydraulic oil replacement: After 500 hours of operation.

Regular inspection: Check hydraulic oil level and seal conditions every 3 months.

Applicable Scenarios & Recommended Models

Competitive Product Comparison

FAQ

Q1: What is the difference between a telescopic hydraulic mechanical support and an ordinary hydraulic jack?

A: Ordinary jacks are only for temporary jacking and cannot sustain load-bearing for long periods. Our product is equipped with hydraulic lock and mechanical self-locking, capable of stable load support at any height for extended time, with longer stroke and a more stable base.

Q2: Can the support be used on sloped ground?

A: The base is fitted with adjustable spiral support feet to level the support. However, the ground inclination must not exceed 5°, otherwise stability will be compromised.

Q3: Does the equipment produce loud operating noise?

A: Rotating shafts and hydraulic components are noise-reduced, delivering quiet and smooth lifting without harsh sounds.

Q4: Will frequent telescopic movement cause oil leakage failures?

A: Advanced sealing technology ensures tight hydraulic chambers. Oil leakage rarely occurs under standard operation.