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JJ Solutions

JJ Solutions
location Delhi Darwaja, Ahmedabad, Gujarat

gstGST : 24BZDPD2353N1ZG Verified Write a Review
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Our Product / Services

  1. Coupling 7 Products available
  2. Variable Speed Motor Drives 3 Products available

  3. Electrical & Electronic Goods Repair

    2 Products / Services available

  4. Home Appliance Repair

    1 Services available

  5. Switch Gears

    1 Products available

  6. Resistors

    1 Products available

Coupling

We offer the best product range of Beam Coupling, Double Disc Coupling, Star Flex coupling, motor coupling and Flexible Coupling.

Beam Coupling

Beam Coupling
₹ 100 - ₹ 1,000 /pcs Get Latest Price
  • Min. Order (MOQ) 10 pcs
  • Material Aluminium
  • Structure Other
  • Model Number RE-0233
  • Standard or Nonstandard Standard
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Double Disc Coupling

Double Disc Coupling
₹ 1,000 - ₹ 10,000 /Piece Get Latest Price
  • Min. Order (MOQ) 1 pcs
  • Brand Name REW
  • Flexible or Rigid Flexible
  • Structure Disc
  • Model Number RE-023
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Star Flex Coupling

Star Flex Coupling
₹ 500 - ₹ 5,000 /Piece Get Latest Price
  • Min. Order (MOQ) 1 Piece(s)
  • Size 1inch, 2inch, 3inch, 4inch, 55mm
  • Type Star Coupling
  • Material Aliminum
  • Shape Star
  • Certification ISI Certified, TUV
  • Color Black, Grey, White
  • Thickness 30-40mm, 50-60mm, 70-80mm, 90-100mm
  • Condition New
  • Fetatures Corrosion Proof, Crack Proof, Durable, Excellent Quality, Fine Finished, High Strength, Perfect Shape, Last long
  • Name Goty GSWC

not only are couplings and line shafts required to transmit torque from driving to driven elements but they must also compensate for misalignment between two shafts. Precision couplings ensure a backlash and maintenance free transmission of torque throughout their operations unlike standard couplings. This precision coupling is so precise because of the tight tolerances and dimensional accuracy measured in hundredths of a millimeter of the individual precision coupling components. Despite the large variety, precision couplings can be divided into two main groups: torsionally rigid couplings and vibration damping couplings. The torsionally rigid couplings are often used in the x-y axis of machine tools whereas vibration damping couplings are mainly used in spindle motors or conveyor units.

torsional rigidity describes the rigidity of a coupling when it is subjected to a torsional load. If the torque is to high and the maximum torsional value of the coupling is exceeded, the coupling will no longer be strong enough to transmit the acting rotational force, the unit "torsional rigidity" (nm/rad) reflects this relation. Each coupling has a permissible angle of twist with most rigid couplings having a maximum angle of twist of less than 0.05 degrees, and vibration damping coupling having a maximum angle of twist of less than 5 degrees. If the admissible angle of twist is not exceeded, the coupling will have an infinite life.

Additional Information:

Payment Terms : L/C, D/A, D/P, T/T, Western Union, ,

Packaging Details : Box

Delivery Time : 7 days

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Motor Coupling

Motor Coupling
₹ 500 /Piece Get Latest Price
  • Head Shape Round
  • Length 15mm to 112mm
  • Minimum Order Quantity 1 Piece
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Flexible Coupling

Flexible Coupling
The basic function of all couplings is to transmit power, accommodate misalignment and compensate for axial movement (end movement of shafts). Sometimes, a coupling is asked to absorb shock or vibration. Selecting the right coupling depends on four basic conditions of shaft misalignment or movement. Parallel misalignment occurs when the two shafts do not share the same rotation axis. Their end faces may be parallel, but their center axes are laterally displaced with respect to each other.Angular misalignment applies when shafts are neither coaxial nor parallel. The angle at which the shafts are misaligned may be symmetrical or asymmetrical.End float occurs when either or both shafts display axial movement, moving in and out. A sleeve-bearing motor, for example, "floats" as the rotor hunts for the magnetic center of the winding. Temperature variation can also cause thermal expansion and variation in position of the shafts.Torsional flexibility is the torsional movement in planes perpendicular to the shaft axis. Shock or vibration typically causes this. A torsionally flexible coupling absorbs and dampens these movements.
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Encoder Coupling

Encoder Coupling
The basic function of all couplings is to transmit power, accommodate misalignment and compensate for axial movement (end movement of shafts). Sometimes, a coupling is asked to absorb shock or vibration. Selecting the right coupling depends on four basic conditions of shaft misalignment or movement. Parallel misalignment occurs when the two shafts do not share the same rotation axis. Their end faces may be parallel, but their center axes are laterally displaced with respect to each other.Angular misalignment applies when shafts are neither coaxial nor parallel. The angle at which the shafts are misaligned may be symmetrical or asymmetrical.End float occurs when either or both shafts display axial movement, moving in and out. A sleeve-bearing motor, for example, "floats" as the rotor hunts for the magnetic center of the winding. Temperature variation can also cause thermal expansion and variation in position of the shafts.Torsional flexibility is the torsional movement in planes perpendicular to the shaft axis. Shock or vibration typically causes this. A torsionally flexible coupling absorbs and dampens these movements.
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Disc Coupling

Disc Coupling
The basic function of all couplings is to transmit power, accommodate misalignment and compensate for axial movement (end movement of shafts). Sometimes, a coupling is asked to absorb shock or vibration. Selecting the right coupling depends on four basic conditions of shaft misalignment or movement. Parallel misalignment occurs when the two shafts do not share the same rotation axis. Their end faces may be parallel, but their center axes are laterally displaced with respect to each other.Angular misalignment applies when shafts are neither coaxial nor parallel. The angle at which the shafts are misaligned may be symmetrical or asymmetrical.End float occurs when either or both shafts display axial movement, moving in and out. A sleeve-bearing motor, for example, "floats" as the rotor hunts for the magnetic center of the winding. Temperature variation can also cause thermal expansion and variation in position of the shafts.Torsional flexibility is the torsional movement in planes perpendicular to the shaft axis. Shock or vibration typically causes this. A torsionally flexible coupling absorbs and dampens these movements.
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