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High Torque F Series Gear Reducer for Crane Travel Drive

Name: High Torque F Series Gear Reducer for Crane Travel Drive
Brand: ENNOWERA ENTERPRISE
Price: 50000.0 INR
Availability: InStock

Price 50000.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

High Torque F Series Gear Reducer for Crane Travel Drive Specification

Usage
CRANE APPLICATION

Gear Type
Spur Gears

Material
Iron

Processing Type
Die Casting

Size
BASED ON MODEL SELECTION AND MOTOR HP

Height
BASED ON MODEL SELECTION Millimeter (mm)

Gear Tooth Profile
Helical Gear

Gearing Arrangement
Helical

Product Type
HELICAL GEAR

Weight
BASED ON MODEL SELECTION Kilograms (kg)

Direction
BI DIRECTIONAL

Output Torque
UPTO 15000 N-m

Color
SILVER

Rated Power
0.37 KW TO 90 KW

Length
BASED ON MODEL SELECTION Millimeter (mm)

Width
BASED ON MODEL SELECTION Millimeter (mm)

Input Speed
1440 RPM

Output Speed
BASED ON RATIO SELECTION RPM

Voltage
415 Volt (v)

Efficiency
96%

High Torque F Series Gear Reducer for Crane Travel Drive Trade Information

Minimum Order Quantity
1 Piece

FOB Port
MUNDRA

Payment Terms
Cash Advance (CA), Cash in Advance (CID)

Supply Ability
25 Pieces Per Week

Delivery Time
4 Days

Sample Available
No

Packaging Details
WOODEN BOX PACKGING AND CARTOON BOX PACKAGING WITH INNER MATERIAL KEEPING INTACT

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

About High Torque F Series Gear Reducer for Crane Travel Drive

PRODUCT NAME

High Torque F Series Gear Reducer for Crane Travel Drive
(Parallel Shaft Helical Gearbox Crane Duty)

GENERAL SPECIFICATIONS

Gearbox Type: F Series Parallel Shaft Helical Gearbox
Application: Crane Travel Drive (Long Travel LT / Cross Travel CT)
Mounting Type: Foot Mounted / Flange Mounted / Shaft Mounted
Orientation: Horizontal / Vertical
Design: Compact, Heavy Duty, Modular Construction
Housing Material: High Grade Cast Iron (FG200 / SG Iron Optional)

PERFORMANCE SPECIFICATIONS

Power Range: 0.75 kW to 55 kW (1 HP to 75 HP)
Gear Ratio: 5:1 to 200:1
Output Speed: 5 RPM to 150 RPM
Torque Range: 200 Nm to 18,000 Nm
Efficiency: Up to 94% 96%
Service Factor (Crane Duty): 1.5 to 2.5
Duty Cycle: Continuous Duty (S1 Rated)

HIGH TORQUE & CRANE DUTY FEATURES

Designed for frequent start-stop & reversing operations
High torque output for smooth crane movement
Suitable for shock load & heavy load conditions
Reinforced gear design for long service life
Anti-backlash performance for precise motion

GEAR & SHAFT DETAILS

Gear Type: Helical Gears (Case Hardened & Ground)
Gear Material: Alloy Steel (20MnCr5 / EN353)
Heat Treatment: Carburized & Hardened (5862 HRC)
Output Shaft: Solid / Hollow Shaft
Shaft Material: EN8 / EN19 Steel
Keyway: As per IS / DIN Standard

NOISE & SMOOTH OPERATION

Noise Level: 65 75 dB
Vibration: Minimal due to precision grinding
Operation: Smooth & Silent

LUBRICATION SYSTEM

Type: Splash / Oil Bath Lubrication
Oil Grade: ISO VG 220 / 320
Sealing: Nitrile Rubber Oil Seals (Leak Proof)
Cooling: Natural Cooling (Fan Optional for heavy duty)

PROTECTION & ENVIRONMENT

Protection Class: IP55 (IP65 Optional)
Ambient Temperature: -10C to +50C
Surface Finish: Industrial Paint / Powder Coated
Corrosion Protection: Standard / Optional Epoxy Coating

MOTOR & INPUT OPTIONS

Motor Mounting: IEC Standard (B5 / B14)
Input Type: Direct Coupled / Coupling / Belt Driven
Motor Compatibility: 3 Phase AC Induction Motor

CRANE TRAVEL DRIVE FEATURES (IMPORTANT )

Suitable for Long Travel (LT) & Cross Travel (CT)
Compatible with wheel drive system
Provision for brake motor / electromagnetic brake
Optional backstop (anti-reverse mechanism)
Designed for accurate positioning & smooth acceleration

APPLICATIONS

EOT Crane
Gantry Crane
Workshop Crane
Material Handling Systems
Steel Plant Crane
Fabrication Industry Crane

OPTIONAL FEATURES

Brake Motor Assembly
Torque Arm
Backstop Device
Custom Output Shaft
Higher IP Protection (IP65 / IP66)

High Torque F Series Helical Gear Reducer specially designed for crane travel drive applications, ensuring smooth movement, low noise operation, and reliable performance under heavy load and shock conditions.