Features
Telescopic Mast Hydraulic Pump Unit
This compact DC hydraulic power unit is engineered for telescopic mast systems used on camera trailers, antennas, lighting towers, and rapid‑deploy platforms. Outdoor‑rated enclosures, and remote wiring for reliable field operation.
- Telescopic lift focus: Sized for mast raise/lower tasks.
- Controlled lowering: Double‑acting circuits enhance stability.
- CETOP manifolds: D03/D05 layouts streamline integration.
- Outdoor deployment: Enclosure and wiring meet field needs.
- Optional accumulator: Smooths wind‑induced transients.
- Lighting tower support: Handles tower payloads and duty cycles.
Telescopic Mast Hydraulic Power Unit OEM Requirements
We tailor DC hydraulic units for mast systems, supporting CAD reviews, manifold selection, and safe remote wiring. Each unit is pressure/flow tested with documented results for predictable deployment.
Stable pressure hold and low noise reduce image blur and vibration. Outdoor‑rated enclosures and clear installation notes ensure durable field performance.
Factory‑direct pricing, consistent lead times, and responsive support accelerate fleet rollouts.
| Specification | Typical Range/Value |
|---|---|
| Pressure (Bar/PSI) | 140–250 bar (2,030–3,625 psi); options to 315–370 bar |
| Flow (LPM/GPM) | 2–15 LPM (0.5–4.0 GPM) |
| Motor/Drive | 12/24V DC; AC variants on request |
| Medium | Mineral/synthetic hydraulic oil; outdoor grade |
| Temperature Range | -20°C to +80°C (oil spec dependent) |
| Reservoir | 5–25 L, steel or plastic, with breather/fill |
| Ports/Manifold | CETOP D03/D05; SAE #6/#8; cartridge valves |
| Voltage | DC 12V / 24V |
| Certifications | ISO/DIN/SAE compliant components; CE |
Application
Hydraulic Power Packs Applications
Agriculture & livestock
- Lifting
- Feeding
- Rural automation systems
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What pressure and flow suit telescopic mast lifting?
Typical compact DC units operate at 140–250 bar with 2–15 LPM.
Heavy payloads or fast travel may require higher pressure (315–370 bar) and flow, sized to cylinder area and desired speed.
Heavy payloads or fast travel may require higher pressure (315–370 bar) and flow, sized to cylinder area and desired speed.
Hydraulic vs pneumatic mast — which is better?
Hydraulic offers precise control, stable hold, and better wind resistance; pneumatic is faster and lighter but less precise at hold.
For camera stability, hydraulic systems are preferred.
For camera stability, hydraulic systems are preferred.
Do I need single or double‑acting circuits?
Single‑acting suits gravity‑assisted lowering; double‑acting provides powered raise and lower, ensuring controlled descent under wind or heavy payloads.
Mast systems often use double‑acting for safety and stability.
Mast systems often use double‑acting for safety and stability.
How to size reservoir and check valves for outdoor use?
Reservoir volume should ensure oil residence and thermal balance; add breather/fill and filtration.
Use pilot‑operated check valves to prevent drift, and outdoor‑rated connectors for wiring reliability.
Use pilot‑operated check valves to prevent drift, and outdoor‑rated connectors for wiring reliability.
Is an accumulator helpful for stability?
Accumulators smooth transients, support pressure hold, and reduce oscillations from wind or payload shifts.
Size per pressure/volume needs and safety standards.
Size per pressure/volume needs and safety standards.
Can this HPU drive lighting towers reliably?
Yes. With 2–15 LPM and 140–250 bar (options to 315–370 bar), double‑acting circuits and CETOP manifolds provide controlled raise/lower for lighting towers.
Use outdoor‑rated enclosures and pilot‑operated checks to prevent drift under wind.
Use outdoor‑rated enclosures and pilot‑operated checks to prevent drift under wind.
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