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hydraulic hose crimping machine, 1.hose ID range: 6-51mm:1/4''-2'', 2.dies:10sets, 3.voltage:380/220/415V or customize - details see: https://www.machineto.com/hydraulic-hose-crimping-machine-10339610

hydraulic hose crimping machine

1. Brief Introduction

hydraulic hose crimping machine is mainly used for buckling processing for high pressure rubber pipe assembly in the mechanical engineering. It can also be used for buckling the two-way bends, especially large bends and irregular shape bends. This machine features small and portable appearance, big force, low noise and easy to operate. The buckling amount can be precise adjusted through a scale. It makes the mould base division to be more even through the double inclined plane eight-flap mould seat equipped with a high accuracy guiding device.

2. Main Technical Feature of hose crimping machine

• Hose size:6~51mm or 1/4" to 2" (up to 4-wire)
• Max opening (mm): 120 mm
• Master die D/L (mm) is 65/80mm/90mm( or customize)
• Rated pressure:31.5mpa
• voltage:380V/220V/415V/230V or customize
• The largest crimping pressure:450T
• Rular precision:0.02 mm
• Oil pump out-let quantity: 2.5ml 5ml 10ml/rad (piston pumps);
• Noise level:65dB
• Dimension:670(L)×490(W)×780(H)mm
• Weight: 250 kg
• Tank:65L
• Dies:10sets(customize)
• Piston, Cylinder, All Dies & Parent Jaws are wire cut after hardening and grinding

Quality warranty: since the date of purchase, within three months of problems, free replacement machine, within two year of free maintenance, lifelong maintenance

After-sales Service Provided: Engineers available to service machinery overseas

3. Photo of our factory

4.Our machine photo from every aspects

5. 10 sets Dies tool of KSD504 hose crimper machine

6. hose, ferrule and fittings are crimped

7.certificate of our machines

8.our main production flow:

9.We produce many models of hose crimping machine, crimping hose ID 1/4-1’’ 1/4-1.5’’ 1/4-2’’ 1/4-2.5’’ 1/4-3’’ 1/4-4’’ 1/4-6’’, we still produce cutting and skiving machine, nut crimping machine

10.The other details about this machine

I. Installation and Operation

1. Add sufficiently 70 liters of Great Wall brand 46# anti-abrasion hydraulic oil. If the room temperature is lower than 10°C,10% transformer oil is need to add.

Connect the electric source well as per the machine requirements, to make the direction of the motor rotation to be consistent with the rotation direction marking, and grounding protection shall be done.

2. Regulating the scale

The scale is used for regulating the amount of the buckling. When it is regulated clockwise, the buckling amount will decrease, when it is regulated anticlockwise, the buckling amount will increase. The scale is connected together with oil cylinder end cover through three socket head screws and three springs on the scale base. When using a hand to pull the scale (vertical to the oil cylinder end cover direction), the scale can flexibly leave from the oil cylinder end cover. When releasing the scale, the scale will be recovered relying on spring force. Before the machine is turned on, inspect carefully if the scale telescoping is flexible and if the lead connection is reliable.

3. The primary scale is turned within 0 line of the secondary scale, turn the machine on for test run, and observe if all actions are normal. If when the piston conducts reciprocating movement, there is a crawling phenomenon, the bleed screw on the oil cylinder top shall be unscrewed for exhausting air.

4. Pressure regulation

The buckling pressure and opening mould pressure will be regulated through two knobs at the back of the oil cylinder (see figure), when it is regulated clockwise, the pressure will increase, when it is regulated anticlockwise, the pressure will decrease (The pressure has already been well regulated when ex-factory).

5. Operation

Based on the size of the rubber hose to be buckled, select suitable mould as per the technical parameter reference table of the locking pipe and mount it on the mould base. Regulated well the scale position as per the data in the data in the table, the pipe locking can be done. After pipe locking, use a vernier caliper to mease the outside diameter dimension of the pipe sleeve after buckling to see if it meets the reference table data of the parameter. If it does not meet the data, the scale shall be precisely regulated until it meets the requirements. Because the manufactures of the pipe sleeve are different, so, specific dimension, material, hardness etc are certainly not the same. These factors would result different influences on the pipe locking result, therefore, the data in the table is only for reference, the detailed data take the pressure test as the basis.

II. Notices

1.When buckling, make the joint to locate the mould center as much as possible, the joint is not buckled on the hex nut.

2.Prevent tool and other foreign matter from entering the locking head.

3.After the work is finished for each time, the eight-block mould base must be made to extend to the greatest extent, this can make the spring to be at extension status. If not, the spring will be damage.

4.When working, the hand should not stretch into the locking head.

5.The power supply must be switched off when maintenance is done.

III. Maintenance and Care

Maintenance

Thydraulic oil in the oil tank should be frequently checked, if oil amount is found to be insufficient, the oil shall be timely supplemented. If the oil liquid is polluted, it shall be filtered or replaced.

The locking head shall keep internal cleanliness. Avoid the foreign matters during processing to enter into the locking head oil cylinder via the mould to affect the normal use. Wipe out the foreign matters, which are brought by the mould body in time when buckling the joint.

Frequently fill suitable grease into the mould body for lubrication