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WPWDKS Universal Worm Gear Reducer

The WPWDKS (Universal Split Hollow, Input Above | Size 40–250 | Ratio 1/5–1/60 | Multi-Position Mounting) is a high-performance worm gear speed reducer manufactured by Ever-power Australia Worm Reducer Co., Ltd. Engineered for reliable right-angle power transmission with quiet operation, high torque density, and flexible mounting options. Compatible with IEC and NEMA motors. Request a quote.

Description



WPWDKS — Universal Split Hollow, Input Above | Size 40–250 | Ratio 1/5–1/60 | Multi-Position Mounting

Engineered for material handling and warehouse automation, the WPWDKS from Ever-power Australia Worm Reducer Co., Ltd. delivers dependable speed reduction with rugged HT200 cast iron housing for heavy-duty industrial service. Trusted by OEMs and system integrators across 60+ countries.

WPWDKS worm gear reducer gearbox

📜 WPWDKS Product Overview

The WPWDKS is a precision-built worm gear speed reducer designed for reliable right-angle power transmission in demanding industrial environments. Featuring rugged HT200 cast iron housing for heavy-duty industrial service, this unit transforms high-speed motor rotation into controlled, high-torque output suitable for material handling and warehouse automation. The worm gear mechanism provides inherently smooth, low-vibration operation with significantly lower noise levels than spur or helical gear alternatives — typically below 65 dB(A) at rated load.

All gear components are manufactured under ISO 9001-certified quality management. The worm wheel is machined from wear-resistant bronze alloy, while the worm shaft undergoes carburizing and precision grinding to achieve a hardened tooth surface. This material combination ensures gradual, predictable wear characteristics rather than sudden failure, giving maintenance teams confidence in planning scheduled interventions.

✅ Key Features & Benefits

Superior Heat Management
The cast iron housing with optimized fin geometry ensures efficient thermal dissipation during continuous duty cycles.
Self-Locking Capability
At higher ratios, the unit provides reliable self-locking — the load cannot back-drive the output, eliminating external brakes in many applications.
Global Motor Compatibility
Input interface accepts both IEC metric and NEMA imperial motor flanges, providing worldwide sourcing flexibility.
Low Maintenance Design
Oil-bath lubrication, double-lip oil seals, and corrosion-resistant finishes minimize maintenance intervals and downtime costs.

WP worm gear reducer model naming convention

🔧 Technical Specifications

Parameter Value
Configuration Universal Split Hollow, Input Above
Size Range 40–250
Ratio Range 1/5–1/60
Housing Material HT200 Cast Iron
Worm Wheel ZCuSn10Pb1 Tin Bronze
Worm Shaft 45# Steel, HRC 56-62
Input Speed 1,500 r/min
Protection IP55
Lubrication Oil-bath
Mounting A/B/C/D/E configurations
Ambient Temp -10°C to +40°C
Paint Standard green (RAL custom available)

WPWDKS outline dimension drawing

🏭 Application Industries

🏗 Conveyor & Logistics
Belt conveyors, roller tables, and screw feeders for distribution centers and processing plants.
🏮 Packaging Lines
Cartoning, shrink-wrapping, and filling lines demanding smooth, jerk-free speed reduction.
🔌 Factory Automation
Rotary indexing, pick-and-place modules, and AGV wheel drives in smart factories.

WP worm gearbox shaft direction configurations A B C D E F

📚 Selection & Sizing Guide

Proper sizing prevents premature failure. Follow this simplified procedure to confirm the WPWDKS suits your application:

Step 1: Calculate required output speed: n₂ = Motor Speed / Ratio

Step 2: Determine required output torque from your machine design.

Step 3: Apply service factor (fs) based on duty cycle, load type, and daily running hours.

Step 4: Verify M₂ × fs ≤ rated torque from the specification table above.

Step 5: Calculate motor power: P₁ = (M₂ × fs × n₂) / (9550 × η)

💡 Need help? Our engineering team provides free sizing assistancecontact us with your torque, speed, and application details.

🛠 Installation & Maintenance

☑ Mount on a flat, rigid surface with all foundation bolts properly torqued. ☑ Align motor and gearbox shafts within 0.5° angular and 0.05 mm parallel tolerance. ☑ Fill lubricant to the oil-gauge center line before first operation. ☑ Remove the breather vent plug to allow air circulation. ☑ Perform the first oil change after 100 operating hours, then every 2,500 hours thereafter. ☑ Maximum allowable oil temperature is 95°C — if exceeded, check load, alignment, and oil condition.

Ever-power gearbox quality inspection area

💧 Lubrication

Use synthetic PAG oil (ISO VG 460) for ambient temperatures 15–40°C, or ISO VG 320 for cooler environments. Recommended brands: Shell Tivela S, Mobil Glygoyle, or Esso Spartan EP series. Mineral oils are acceptable but result in higher operating temperatures and shorter change intervals. Fill to the sight-gauge center line.

🚧 Troubleshooting

Symptom Cause Action
🌡 Overheating Overload / misalignment / low oil Reduce load; re-align; check oil level
📳 Vibration Loose bolts / worn bearings Re-torque fasteners; replace bearings
🔈 Noise Poor mesh / insufficient oil Inspect gears; refill lubricant
💧 Leakage Worn seals / loose drain plug Replace seals; tighten with sealant

❓ Frequently Asked Questions

How do I select the correct size?

Determine your required output torque and speed, apply the service factor for your duty cycle, then verify against the rated torque table. Our engineering team can assist — contact us for free sizing support.

Can this unit handle bidirectional rotation?

Yes. The gearbox operates identically in both directions with no preferred rotation. Simply reverse the motor wiring. Note that at self-locking ratios, reversal must be initiated from the input side.

What is the maximum operating temperature?

The oil temperature should not exceed 95°C. The aluminum housing provides efficient heat dissipation. If ambient temperature exceeds 40°C, derate the torque or add supplemental cooling.

How noisy is this worm gearbox?

Under rated load, noise is typically below 65 dB(A). Worm gears are inherently quieter than spur or helical gears due to their sliding contact. Synthetic lubricant further reduces noise.

Does Ever-power provide technical support?

Absolutely. Our application engineers provide free sizing calculations, CAD drawings, and motor-matching guidance. Email us your requirements for prompt assistance.

⭐ Customer Feedback

⭐⭐⭐⭐⭐

“Quieter than our previous brand. Oil consumption is lower too. We’re standardizing on Ever-power across our plant.”

— David K., Maintenance Supervisor, Canada 🇨🇦

⭐⭐⭐⭐⭐

“The Zi tooth profile gives noticeably smoother engagement than the competitors we tested. Very low backlash.”

— Yuki T., Automation Specialist, Japan 🇯🇵

Start Your Worm Reducer Project Today

Whether you need one sample or 10,000 units, our team is ready to support your timeline and specification requirements.

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