Snow Plow Hydraulic Power Unit
- Double-acting and floating system
- Compact 12V/24V DC HPUs
- Integrated manifold and valves
- Applications of Snow Sweepers
OUR PRODUCT
CUSTOM HYDRAULIC PRODUCT
Snow Plow Hydraulic Power Unit
Snow plow hydraulic power unit gets reliable cold‑weather starts, easy service access, and consistent performance across fleets—so you clear more snow with less downtime. It suits pickup and medium trucks, with predictable installation and maintenance.
12V DC Snow Plow Power Unit
12V DC Snow Plow Power Unit Built for light Mobile electrical systems, double‑acting lift and angle, hydraulic lock to hold position, and flow control for smooth motion in cold weather. 2000–3000 psi, 0.8–1.2 GPM, 2–6 qt tank, SAE ports. ideal for aftermarket replacements and fleet standardization.
24V DC Snow Plow Power Unit
24V DC Snow Plow Power Unit is Ideal for heavier trucks and fleet integrators, it supports consistent installs, clean wiring, and dependable cold‑weather operation. Intermittent (S3) duty, integrated manifold, SAE ports; higher efficiency and lower current for longer duty cycles.
Double Acting Snow Plow Unit
A double‑acting snow plow pump powers both directions of your cylinders, giving you precise lift and angle control without relying on gravity return. 12V/24V DC, 2000–3000 psi, 0.8–1.5 GPM. Hydraulic lock helps prevent blade creep; relief and flow controls manage speed and protect components. Predictable performance and reduced maintenance are critical during winter operations.
Your Reliable Snow Plow Hydraulic Power Unit China OEM Supplier
HydrathPower reviews each hydraulic snow plow circuit by its required lift, lower, float and left/right angle functions. Confirm which motions require powered movement, load holding or a float path before selecting the 12V/24V DC configuration.
Provide the cylinder arrangement, required movement time, mounting envelope, port drawing and wiring diagram. Check the actual thread and electrical interfaces against the vehicle and plow.
Include ambient temperature, battery supply and repeated-cycle duty in the review. Final component ratings, control states and acceptance checks follow the approved project specification.
Application
Hydraulic Power Packs Applications
Agriculture & livestock
- Lifting
- Feeding
- Rural automation systems
Snow Plow Hydraulic Power Unit Design Capabilities
- SolidWorks/AutoCAD models (IGS/STP/X‑T)
- Integrated manifold
- Cartridge valves
- Snow plow hydraulic system
Manufacturing Capabilities
- Hydraulic Manifold Machining
- CNC Machining
- 7/24 CNC machines running
- 12V/24V Snow Plow HPU assembling &wiring
Testing and Quality Control
- Agree the test scope and required acceptance records
- Specify checks for relief settings, load-holding behavior, coil actuation and cold-start response under the agreed conditions.
- Manifold deburring and cleanliness requirements
Meet Us on The Trade Show
Hydrath attends exhibitions worldwide every year:
Hannover Messe
PTC ASIA
Bauma CHINA
You are welcome to book a visit to our exhibitions.
What is a Snow Plow Hydraulic Power Unit?
A Snow Plow Hydraulic Power Unit is a compact DC electro‑hydraulic system that powers blade lift, float, and angle left/right. It combines a pressure‑balanced gear pump, integrated manifold with cartridge valves, solenoid coils, and a reservoir.
Typical specs: 12V/24V DC, 2000–3000 psi, 0.8–1.5 GPM, 2–8 qt tank. Many units are double‑acting for positive control in both directions, with hydraulic lock and flow control to stabilize position and tune speed.
https://youtu.be/RQy7-mx-Aek
12V DC vs 24V DC—Which Snow Plow Hydraulic Power Unit should I choose?
Match 12V or 24V DC to the vehicle electrical system and the selected motor rating. Voltage alone does not establish the permitted S3 duty cycle, operating temperature or plow load.
Confirm lift, lower, float and angle states on the hydraulic schematic separately from the supply voltage. Review battery condition, charging capacity, cable sizing and expected voltage drop at cold start.
What are typical pressure, flow, and tank size ranges?
Typical Snow Plow Hydraulic Power Unit ranges: 2000–3000 psi, 0.8–1.5 GPM, 2–8 qt reservoir. High‑end DC packs can reach up to 4000 psi and higher flow depending on design.
Match pump displacement and tank volume to cylinder size and desired lift/angle speed; confirm with the plow manufacturer.
Which features improve cold‑weather reliability?
- Use low‑viscosity, cold‑weather hydraulic fluid;
- Ensure sealed coils and connectors; apply dielectric grease;
- Minimize hose runs via an integrated manifold to reduce leak paths.
- Maintain battery health and correct cable gauge to avoid voltage drop.
- Pre‑season fluid change and filter checks are best practice.
Is a Snow Plow Hydraulic Power Unit compatible with Boss/Western/Meyer/Fisher?
Do not assume a replacement Snow Plow Hydraulic Power Unit is a direct fit. Compare the original unit and proposed circuit before ordering:
- Verify valve functions (lift/hold/float/angle L/R),
- Port thread (SAE), mounting pattern,
- Harness pinouts,
- Confirm cylinder volumes, relief settings and the required acceptance tests with the equipment manufacturer.
What should I check when selecting a Replacement Snow Plow Power Unit?
Check 12V/24V DC platform, double‑acting capability, hydraulic lock, flow control, reservoir size, and integrated manifold layout.
Ensure standard SAE ports and sealed coils.
Review duty cycle, harness compatibility, and mounting;
Request drawings and test data to secure a predictable install.
Any wiring best practices for a Snow Plow Hydraulic Power Unit?
- Use correct cable gauge to minimize voltage drop;
- Ensure solid grounds;
- Route away from heat/sharp edges;
- Seal connectors;
- Follow the OEM wiring diagram.
- Label harnesses and perform power/ground checks before load.
- Proper wiring reduces noise, improves cold starts, and prevents control faults.
How do I size pump displacement for a Snow Plow Hydraulic Power Unit?
Match cylinder volume and target speed;
Typical gear pump displacement is around 1.6–2.0 cc/rev for light‑truck plows.
Balance desired lift/angle speed with electrical limits (12V/24V DC) and duty cycle.
Validate with OEM cylinder specs and test curves to finalize selection.
