The YEEDA YD52-005A/B/C Grease Transfer Pump solves key challenges in machinery lubrication: "slow lubrication speed, limited mobility, and reliance on external power". With "2 L/min fast flow + 3 capacity options + 2000-3000psi high pressure" as core strengths, it delivers efficient, flexible lubrication for industrial tasks:
- 2 L/min Flow Rate: Outperforms standard manual grease pumps (typically 1-1.5 L/min), cutting lubrication time by 25%. For example, filling a 10L machinery grease tank takes only 5 minutes, ideal for busy workshops or construction sites.
- 2000-3000psi Transmission Pressure: Ensures medium-to-high viscosity grease is pushed into tight machinery gaps (e.g., bearing races, hydraulic joints). This prevents machinery wear caused by insufficient lubrication.
- 8L/12L/16L Options: The 8L model fits small-scale use (daily lubrication of 5-8 machines), 12L for medium facilities (8-15 machines), and 16L for large plants (15+ machines). This eliminates frequent refilling and boosts productivity.
- Compact & Lightweight Design: At 56×36.5×17cm and 9kg, the pump is easy to transport—one person can carry it to lubricate scattered equipment (e.g., construction vehicles, port cranes) without heavy tools.
- Built-In Safety Features: The pressure relief valve automatically releases excess pressure (above 3000psi), avoiding hose bursts or pump damage. Leak-proof piston seals reduce grease waste by 15% compared to standard pumps.
- Tough Construction: The high-impact plastic body resists bumps and drops in industrial environments, while the oil-resistant rubber hose withstands harsh grease and frequent bending. This ensures a service life of 5+ years with regular maintenance.
Scenario Requirement: A construction site lubricates 12 excavators (each needing 8L grease for hydraulic parts) daily. The site has no fixed power, and excavators are parked in different zones.
Operation Process:
- Setup: Choose YD52-005B (12L capacity) to avoid refilling mid-task; carry the pump to each excavator;
2. Lubrication: Connect the 2m hose to the excavator’s grease inlet; use the manual piston to dispense grease at 2 L/min—8L per excavator takes 4 minutes;
3. Efficiency: 12 excavators lubricated in 48 minutes; no power needed (works anywhere on-site);
4. Mobility: Lightweight design allows easy transport between 3 construction zones.
Effect: Fast flow meets daily demands; mobility fits scattered equipment; no power reliance suits site conditions.
Scenario Requirement: A factory maintains 20 conveyor belts (each needing 5L grease for bearings) weekly. The plant requires efficient lubrication to avoid production downtime.
Operation Process:
- Setup: Deploy YD52-005C (16L capacity) near the conveyor belt area; connect the hose to the bearing lubrication ports;
2. Lubrication: Dispense 5L grease per conveyor belt in 2.5 minutes (2 L/min flow); the high pressure ensures grease reaches deep into bearings;
3. Safety: Pressure relief valve prevents over-lubrication, protecting belt bearings from damage;
4. Productivity: 20 conveyor belts serviced in 50 minutes—minimal downtime for production.
Effect: Fast flow reduces maintenance time; high pressure ensures thorough lubrication; safety features protect equipment.
Scenario Requirement: A port lubricates 8 container cranes (each needing 12L grease for rotating joints) monthly. Cranes are outdoors, and access to power is limited.
Operation Process:
- Setup: Load YD52-005C (16L capacity) onto a handcart; transport to each crane;
2. Lubrication: Use the 2m flexible hose to reach high joints; dispense 12L grease in 6 minutes per crane;
3. Durability: The pump’s tough body withstands outdoor rain and dust; the oil-resistant hose resists grease degradation;
4. Convenience: Manual operation works without power—no need for extension cords or generators.
Effect: Outdoor-friendly design ensures reliability; large capacity fits monthly needs; mobility suits port layouts.
A1: Reduced flow is usually due to clogging or pressure issues. Solutions: 1) Clean the Hose: Disconnect the 2m hose and flush it with a small amount of low-viscosity oil to remove grease clogs; 2) Check Piston Seals: Worn seals reduce suction—replace them with a manufacturer-supplied seal kit; 3) Ensure Full Capacity: The pump’s flow rate decreases when grease level is below 10%—refill the tank to restore 2 L/min flow.
A2: No. The pump’s materials (rubber hose, plastic body) are not certified for food contact. Using food-grade lubricants may cause material contamination, which is unsafe for food-processing equipment. This pump is designed exclusively for industrial lubricants (grease, heavy oil) in non-food sectors.
A3: Leaks at connections are caused by loose fittings or damaged gaskets. Fixes: 1) Tighten Connections: Use a wrench to gently tighten the hose’s inlet/outlet joints (over-tightening may damage threads); 2) Replace Gaskets: Check the rubber gaskets at the connections—replace cracked or worn gaskets to create a tight seal; 3) Inspect Hose Ends: If the hose’s threaded ends are damaged, replace the hose (compatible replacement hoses are available from the manufacturer).
A4: Proper storage prevents damage: 1) Empty Grease: Drain all remaining grease from the tank and hose to avoid hardening (hardened grease clogs the pump); 2) Clean Components: Wipe the pump body and hose with a cloth; flush the hose with mineral spirits to remove residual grease; 3) Protect from Rust: Apply a light coat of oil to metal components (e.g., piston rod) to prevent corrosion; 4) Store Dry: Keep the pump in a dry, ventilated area above 0℃—avoid freezing temperatures, which can crack plastic parts.