Gujarat, India

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Inbuilt Hydraulic Puller

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Inbuilt Hydraulic Puller Specification

Temperature Range
-10C to +60C

Flow Rate
Manual, depends on operation

Application
Removing gears, bearings, pulleys, and bushings from shafts in maintenance workshops and industries

Efficiency
High, Suitable for continuous operation

Features
Self-contained hydraulic system, interchangeable 2-jaw and 3-jaw function, Safety valve, Strong grip arms, Ergonomic handle, Easy maintenance

Connectivity Type
Standalone, no external connection required

Sealing Type
Oil Sealing with Dust Protection

Accessories
Complete set with hydraulic puller body, 2-jaw and 3-jaw arms, connecting rod, operation manual

Power Source
Manual Hydraulic Pump

Operating Pressure
700 bar (Max)

Mounting Type
Portable/Handheld, No fixed mounting required

Body Material
High-grade Alloy Steel

Type
Inbuilt Hydraulic Puller

Structure
Robust Integrated Hydraulic Mechanism with 2/3 jaw compatibility

Force
Up to 10 Ton

Speed
Manual Controlled Speed

Voltage
Not Applicable (Manual Operation)

Jaw Opening Range
0-250 mm

Maintenance
Low; easy to replace seals and check oil level

Handle Type
Non-slip Rubberized Grip

Safety Mechanism
Built-in Overload Protection Valve

Max Reach
150 mm

Hydraulic Oil Capacity
150 ml

Surface Finish
Corrosion Resistant Coating

About Inbuilt Hydraulic Puller

Becoming a leading manufacturer and supplier of industrial products, we are offering the best quality Inbuilt Hydraulic Puller. This is manufactured using high quality materials and pioneering techniques in compliance with defined industry norms. The offered puller is is extensively used for removing gears, bearings, and other press-fitted parts with speed and ease. Furthermore, this Inbuilt Hydraulic Puller is inspected on defined industry parameters by the adroit quality inspectors to eradicate all the flaws.

Technical Specifications:

Standard Jaw Puller (2/3 Jaws)
	Output (tons)	Reach (mm)	Spread (mm)	Stroke (mm)	Weight (kg)
K-6SD	4 Tons	165	30-200/260	55-105	7.2
K-6IN	6 Tons	165	30-200/260	82-130	7.5
K-6INL	6 Tons	195	30-200/300	82-180	8.1
K-6INB	6 Tons	165/195	30-200/300	82-180	9.5
K-8IN	8 Tons	210	30-250/355	82-160	8.6
K-8INL	8 Tons	240	30-300/380	82-240	9.7
K-8INB	8 Tons	210/240	30-300/380	82-240	11.7
K-10IN	15 Tons	240	50-280/380	82-180	11.7
K-10INL	15 Tons	320	50-350/410	82-280	27.1
K-10INB	15 Tons	240/320	50-350/410	82-280	30.1

Bearing Cup Puller
Model No.	Output (Tons)	Spread (mm)	Weight (kg)
K-22	15 Tons	35/140	5
K-22-1	4 Tons	10/01/80	0.8
K-22-2	8 Tons	15/90	1.6
K-22-3	12 Tons	20/115	2.8
K-22-4	15 Tons	35/225	5.6
K-22-5	20 Tons	40/300	15.1

Jaw Type Puller
Model No.	Output (Tons)	Reach (mm)	Spread (mm)	Stroke (mm)	Weight (kg)
K-6IN EXTRA	10 Tons	195	30-250/310	82-130	11.6
K-6INL EXTRA	10 Tons	250	30-280/340	82-180	16.7
K-6INB EXTRA	10 Tons	195/250	30-280/340	82-180	18.5
K-8 IN EXTRA	12 Tons	240	30-300/370	82-160	9.5
K-8INL EXTRA	12 Tons	280	30-330/400	82-240	18.5
K-8INB EXTRA	12 Tons	240/280	30-330/400	82-240	20.1
K-11 IN	20 Tons	275	50-360/430	82-180	23.7
K-11INL	20 Tons	330	50-380/450	82-280	28.2
K-11INB	20 Tons	275/330	50-380/450	82-280	46.3
K-12IN	25 Tons	315	50-410/480	110-220	35.6
K-12INL	25 Tons	380	50-440/540	110-330	37.8
K-12INB	25 Tons	315/380	50-440/540	110/330	46.3
K15IN	30 Tons	405	100-540/640	110-260	50

Built for Strength and Versatility

Constructed from high-grade alloy steel with a corrosion-resistant finish, this hydraulic puller provides reliable performance under demanding industrial conditions. Its jaw opening range and interchangeable 2-jaw/3-jaw arms allow it to tackle a variety of shaft removal jobs efficiently. Portable and standalone in design, it requires no external connections or fixed mounting.

Safe, Ergonomic, and Easy to Operate

Safety is paramount with an inbuilt overload protection valve and oil sealing equipped with dust protection. The non-slip, rubberized handle ensures user comfort and safety during manual operation. The simplified maintenance process means seals can be replaced easily and oil levels checked regularly for long-term, trouble-free use.

FAQ's of Inbuilt Hydraulic Puller:

Q: How does the built-in overload protection valve enhance operational safety?

A: The built-in overload protection valve automatically releases excess pressure to prevent overloading, minimizing the risk of damage to the puller and ensuring safer operation for the user during high-force applications.

Q: What is the process for changing between 2-jaw and 3-jaw configurations?

A: Switching between 2-jaw and 3-jaw configurations is straightforward: simply detach the arms using the provided connecting rod and attach the desired set according to your application requirements. Detailed steps are provided in the included operation manual.

Q: When should I check or replace the hydraulic oil and seals?

A: It's advisable to check the oil level before each use and inspect seals regularly for signs of wear. Replace the seals immediately if leakage is observed or as part of your scheduled maintenance to ensure optimal performance and longevity.

Q: Where can this hydraulic puller be used most effectively?

A: This tool is best suited for maintenance workshops, manufacturing plants, and industries needing to remove gears, pulleys, bearings, or bushings from shafts. Its portable, handheld design makes it easy to transport and operate in different locations.

Q: What are the main benefits of its manual, self-contained hydraulic system?

A: The manual hydraulic system provides consistent force up to 10 tons without requiring external power. Being self-contained, it enhances portability and reliability, ensuring continuous, uninterrupted operation even in remote areas.

Q: How does the ergonomic design improve usage experience?

A: The non-slip, rubberized handle provides a comfortable and secure grip, reducing hand fatigue during extended use. Its streamlined, robust structure also allows for precise, controlled pulling actions.

Q: What steps should be taken for routine maintenance?

A: Routine maintenance involves checking hydraulic oil levels, replacing seals as needed, and inspecting all moving components for wear. The straightforward design allows users to easily access and replace parts, ensuring high efficiency and long-term durability.

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