Eaton Hydraulics Group Inching Drives

Description
Inching Drives Shutting down and starting up grinding mills for maintenance and inspections can be challenging and dangerous. Many companies still rely on manual techniques to move machinery through its cycles, such as jogging the start/stop button. This inefficient technique is not only hazardous for workers but potentially damaging to mechanical systems. Eaton Inching Drive Systems are the safer, simpler, faster solutions. These low-power, high torque auxiliary drives allow you to control mill rotational movement from an inching pace to of up to two revolutions per minute. They're designed and engineered to help elevate safety, prevent load freezing, simplify maintenance, extend component lifetimes and maximize mill uptime.
Description
Inching Drives Shutting down and starting up grinding mills for maintenance and inspections can be challenging and dangerous. Many companies still rely on manual techniques to move machinery through its cycles, such as jogging the start/stop button. This inefficient technique is not only hazardous for workers but potentially damaging to mechanical systems. Eaton Inching Drive Systems are the safer, simpler, faster solutions. These low-power, high torque auxiliary drives allow you to control mill rotational movement from an inching pace to of up to two revolutions per minute. They're designed and engineered to help elevate safety, prevent load freezing, simplify maintenance, extend component lifetimes and maximize mill uptime.

Suppliers

Company
Product
Description
Supplier Links
Inching Drives -  - Eaton Hydraulics Group
Eden Prairie, MN, USA
Inching Drives
Inching Drives
Inching Drives Shutting down and starting up grinding mills for maintenance and inspections can be challenging and dangerous. Many companies still rely on manual techniques to move machinery through its cycles, such as jogging the start/stop button. This inefficient technique is not only hazardous for workers but potentially damaging to mechanical systems. Eaton Inching Drive Systems are the safer, simpler, faster solutions. These low-power, high torque auxiliary drives allow you to control mill rotational movement from an inching pace to of up to two revolutions per minute. They're designed and engineered to help elevate safety, prevent load freezing, simplify maintenance, extend component lifetimes and maximize mill uptime.

Inching Drives

Shutting down and starting up grinding mills for maintenance and inspections can be challenging and dangerous. Many companies still rely on manual techniques to move machinery through its cycles, such as jogging the start/stop button. This inefficient technique is not only hazardous for workers but potentially damaging to mechanical systems.

Eaton Inching Drive Systems are the safer, simpler, faster solutions. These low-power, high torque auxiliary drives allow you to control mill rotational movement from an inching pace to of up to two revolutions per minute. They're designed and engineered to help elevate safety, prevent load freezing, simplify maintenance, extend component lifetimes and maximize mill uptime.

Supplier's Site

Technical Specifications

  Eaton Hydraulics Group
Product Category Adjustable Speed Drives
Product Name Inching Drives
Unlock Full Specs
to access all available technical data

Similar Products

Miniature Right Angle Helical Gear Drives (inch) - A 2Z11-211 - Stock Drive Products & Sterling Instrument - SDP/SI
Stock Drive Products & Sterling Instrument - SDP/SI
Specs
Drive Type Gear Drives / Differentials
Shaft Orientation RightAngle
Mounting Base
View Details
 - QX2 - Zero-Max
Zero-Max
Specs
Drive Type Zero-Max® Adjustable Speed Drives
Shaft Orientation Offset Parallel
Output Shaft Position Horizontal
View Details
Velvet Drive Transmissions - GSE Transmission - Durst
Specs
Drive Type Hydraulic (optional feature)
Output Shaft Position Horizontal
Speed Control Electric
View Details
Right Angle Harmonic Differential Gearbox - RA - Conic Systems
Specs
Drive Type Gear Drives / Differentials
Shaft Orientation RightAngle
Output Shaft Position Horizontal; VerticalUp; VerticalDown
View Details