Danfoss OMS Series Motor

Danfoss OMS Series Motor Specification

Pressure
Up to 175 bar

Horse Power
Varies model-wise

Torque
Up to 900 Nm

Ambient Temperature
-20C to 50C

Standard
OEM quality

Motor Type
Gerotor/Geroler

Sealed Type
Double seal

Cooling Method
Hydraulic oil

Bearing Type
Tapered Roller

Power Rating
Varies by model

Starting Type
Direct start

Current Type
Hydraulic drive

Product Type
OMS Series Motor

Output Power
Up to 32 kW

Phase
Hydraulic motor

Speed
Up to 900 rpm

Color
Black

Dimension (L*W*H)
312 x 210 x 179 mm (approx.)

Weight
16 kg (approx.)

Shaft Diameter
32 mm

Mounting Type
Flange

IP Rating
Standard IP54

Material
Cast Iron

Danfoss OMS Series Motor Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
100 Units Per Month

Delivery Time
7 Days

About Danfoss OMS Series Motor

Purchase the grandiose new release: Danfoss OMS Series Motor, crafted with unbeatable precision in sturdy cast iron. This hydraulic gerotor/geroler motor, available in OEM standard, delivers output power up to 32 kW, and torque reaching a grand 900 Nm. The versatile motor operates at speeds up to 900 rpm and pressures to 175 bar, balancing robust performance with compact design (312 x 210 x 179 mm; 16 kg). Now on sale from leading India-based suppliers and traders-upgrade to this powerhouse, featuring double-sealed tapered roller bearings and standard IP54 protection, for unbeatable reliability and efficiency.

Versatile Utility for Wide Applications

The Danfoss OMS Series Motor is expertly designed for both specific and general uses across a variety of sectors. Whether applied in construction equipment, agricultural machinery, or industrial conveyor systems, its commercial value shines in heavy-duty operations needing reliable, sustained power. With seamless adaptability and direct-start hydraulic operation, this motor ensures grand performance for demanding applications. Its robust build and flexible mounting make it the perfect partner for professionals seeking performance and longevity.

Efficient Logistics and Secure Delivery

The Danfoss OMS Series Motor is shipped from premier FOB ports within India, ensuring swift and secure delivery through trusted transport services. Our shipment process includes careful packaging for safe transit, and customized packaging details are provided upon finalizing your proposal amount. Flexible payment terms are available to suit your business needs, streamlining the order and transportation process. You're assured a grand purchasing experience with consistent communication from dispatch to delivery.

FAQ's of Danfoss OMS Series Motor:

Q: How can the Danfoss OMS Series Motor be used in commercial settings?

A: The Danfoss OMS Series Motor is ideal for commercial applications such as heavy-duty conveyors, industrial machines, agricultural equipment, and construction machinery, providing reliable hydraulic power and superior performance.

Q: What benefits do the double-sealed design and tapered roller bearings offer?

A: The double-sealed design enhances durability by preventing leaks and contamination, while the tapered roller bearings ensure smooth operation and longer life, even under high load conditions.

Q: Where are the motors shipped from, and what transport services are used?

A: Motors are shipped from key FOB ports within India. We use established transport and logistics services to guarantee safe and timely shipment of your order.

Q: What is the process for purchasing the Danfoss OMS Series Motor?

A: To purchase, simply request a proposal amount, confirm payment terms, and we'll handle the packing and shipment logistics efficiently, ensuring a smooth buying experience.

Q: When can I expect delivery after placing an order?

A: Delivery times vary by location and order quantity, but shipment typically commences soon after payment confirmation, with all packaging and transport managed for secure arrival.

Q: How does the hydraulic cooling method benefit motor operation?

A: The hydraulic oil cooling system maintains optimal motor temperature, ensuring efficient performance and protecting internal components from overheating during continuous operation.

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