Hot Leaf Taper Rolling Machine |
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Features: - Two rollers of EN-8 Forged Steel fitted in Gun Metal Bushes with lubrication system - Bottom Roll with 4 steps for bending by eccentric taper roll drive - Eccentric drive shaft arrangement for the bottom roll through an eccentric cam. This squeezes the spring edges. - Main
Gears made of EN-8 Forged Steel, machine cut and perfectly matched to give
smooth running |
Specifications:
Standard Accessories: Electric Motor, Starter |
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VIDEO OF 'MANEK' HOT LEAF TAPER ROLLING MACHINE MODEL: LSTR-10/12 |
Double Ended Eye Grinding Machine |
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Features: - Two Cup wheel arrangement with central lever force arrangement to clamp eye centre position - Both ends ground simultaneously |
Specifications:
Standard Accessories: Electric Motor, Starter, Grinding Wheels |
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VIDEO OF 'MANEK' DOUBLE ENDED EYE GRINDING MACHINE MODEL: LSEG-125/80 |
Heavy duty Shearing Machine |
Features and Specifications: |
Cambering Press |
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Features: Operation: |
Eye Rolling Machine |
Features: Installation: |
Brief Operation: Put eye rolling pin in its position. Place the pre-bent portion of the hot leaf into the machine, tighten the clamping screw and manually push the pivot end of the machine using a long pipe. After completing 3/4th bend / eye, release the clamping screw and pull the pivot end of the machine to the starting point. Again clamp the screw and push the pivot end again to complete the eye. Release the screw and pull the pin upwards. Remove the eye using a hammer and die correct the eye size and Inside Diameter. Put this eye rolling pin in the water tank for cooling and use the other pin for the next rolling operation. |
Heating & Tempering Furnace |
Heating Furnace - Furnace for heating leaves, having a maximum temperature of 1000 degrees centigrade - Fire brick lining arrangement - Furnace door: 3' Wide x 2' High x 6.5' Deep - Double heated with oil fired burner - 5 HP Blower - Pyrometer (0 to 1000 degrees centigrade)
Tempering Furnace |
End Heating and Centre Heating Furnace |
- Furnace for heating the ends of the leaf spring flats for making
taper cut and for heating the centre of the leaf spring flats for making a
dimple in the centre. |
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Automatic Quenching Tank with Conveyor Belt |
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Features and Specifications: - After hot cambering on the cambering press, the hot leaves are pushed into quinching oil tank and are cooled down on conveyors to room temperature. These leaves are then cooled in open air to give required hardness to the leaves - With Oil Cooling Tower arrangement - Electric Motors: 1 HP motor for circulating of quinching oil and 3 HP motor for movement of conveyor through reduction gear box. - Supplied with quinching oil storage tank of capacity 8000 to 10000 liters - Quinching oil is used for hardening of the leaf spring |
Oil Cooler |
- The machine comes with a reduction 4 HUD gearbox, 3 HP / 1440 RPM Motor. There are
4 sprocket wheels, which guide the chain and slats. - The quenching oil tank is fitted with an electronic temperature gauge or temperature of oil. It is also fitted with an alarm which will sound if the temperature crosses 80o C or as preset on the thermocouple. The flash point of the quenching oil is 130o C hence, to avoid fire, it is essential that the temperature is maintained below 100o C. The optimum temperature for getting good results for hardening is 60o C to 70o C. |
Oil Pre-Heating Pumping Unit |
- This unit has a 3.5 kW / 3 Phase
heater and 2 nos. 1 HP duplex motors |
Power Presses |
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- Pillar type all steel body press for cutting - pressing - embossing
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Spring Scraging and Camber Testing Machine |
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- Supplied with Hydraulic Power Pack with 2 HP motor |
Brinell Hardness Testing Machine |
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- Brinell Hardness Tester is a production type machine designed for measuring the Brinell
Hardness of steels and other metals that are flat, round or irregular in shape.
The machine is sensitive, accurate and easy to operate. |
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- The main lever carries three male vees one for hanger second for spindle shaft and third for
pivot vee. The elevating screw can be moved up and down by rotating hand wheel. There
are six detachable weight out of which four are each equivalent to 500 kgf and two are each
equivalent to 250 kgf to be made use of for application of desired load in addition to the
bottom weight equivalent to 500 kgf. The operating lever is provided for loading &
unloading. - The damper system consists of main cylinder, piston, valve disc, connecting rod and metering valve. The damping sensitivity is adjusted by the metering valve. The connecting rod and piston is actuated through cam, mounted on cam shaft while operating. |
Specifications: Load range: 500, 750, 1000, 1500, 2000, 2500 & 3000 kgf. Maximum test height: 254 mm Depth of throat: 150 mm Gross weight: 220 kg. (Approx.) Height: 860 mm (Approx.) Size of base: 495 * 255 mm (Approx.) |
Endurance Testing Machine |
The main purpose of Endurance Testing Machine is to test Leaf spring Assemblies for giving
continuous jerks for the specified number of cycle for e.g. One Hundred Thousand strokes
or more. This test gives us feedback on the life of leaf spring material, spring properties like
camber and reduction in load bearing properties. Technical
Specifications: |
Shot Peening Machine |
Brief
Description of the working of the machine: |
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Main parts of the machine: |
Main chamber/ Blasting chamber: Here the spring is subjected to shot peening. The inner side is protected by liners made of rubber and M.S. Care has to be taken to see that the condition of the liner is inspected every week and necessary replacement be done wherever wear & tear is observed. |
Shot peening Wheel: Here the shots are thrown at very high velocity by the wheel and blades. Main parts for inspection are: Cage, Impeller, Blades, bare wheel, bearing assembly, V belts. The blades should be balanced to avoid vibrations and breakage. |
Pneumatic Cylinder: This operates on compressed air, which is supplied through a solenoid valve. The main function is to start supply of the shots and stop supply when shutting off the machine. |
Separator: This has a screen to separate the big unwanted particle, which may have accidentally entered the shots. |
Bucket elevator: This conveys the shots from the bottom of the machine to the separator at the top. The bucket belt can be tightened by the screws at the top. The belt and the buckets have to be inspected every 15 days for wear. |
Screw conveyor: This conveys the shots to the bucket elevator. |
Main conveyor system: This conveys the leaf springs through the machine. There is a variable speed drive unit for controlling the speed of the belt. |
Doors: They are provided for inspection of the liners in the main chamber. These are fitted with limit switches, which provide safety that the machine will not operate when the doors are open. |
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