Brake wheel plum elastic coupling

MLLZ Brake Wheel Plum Elastic Coupling Specifications:

  • Maximum allowable torque: 250 Nm to 31,500 Nm
  • Maximum speed: 4250 r/min to 950 r/min
  • Shaft hole diameter: ∅25 to ∅200
  • Brake wheel diameter: ∅160, ∅200, ∅250, ∅300, ∅315, ∅400, ∅500, ∅600, ∅630, ∅700, ∅800
  • Custom specifications: We can manufacture the coupling based on your provided drawings.
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The Brake Wheel Plum Blossom Elastic Coupling is a specialized coupling that combines the functionality of a brake wheel with the characteristics of a plum blossom elastic coupling. It not only efficiently transmits torque but also provides vibration damping, cushioning, and compensation for shaft misalignment. By integrating a brake wheel with a plum-shaped elastic element, this coupling ensures stability under dynamic load changes and enables effective braking, making it suitable for machinery requiring smooth operation and emergency stopping.

Brake wheel plum elastic coupling Main Features:

  1. Structure: The Brake Wheel Plum Blossom Elastic Coupling consists of two metal hubs, a plum-shaped elastic element, and a brake wheel. The brake wheel is typically mounted on one end of the coupling and applies braking force through a braking system. The plum-shaped elastic element, made from high-elastic materials such as rubber or polyurethane, offers excellent cushioning and vibration damping. The metal hubs are connected to the elastic element using bolts, ensuring stable operation of the coupling.
  2. Working Principle: This coupling transmits power from the driving shaft to the driven shaft via the plum-shaped elastic element. While transmitting torque, the elastic element absorbs vibrations and shock loads effectively, reducing wear and noise in the transmission system. Simultaneously, the brake wheel applies braking force through the braking system, allowing the shafts to decelerate or stop quickly when needed.
  3. Applications: The Brake Wheel Plum Blossom Elastic Coupling finds widespread use in scenarios requiring precise control and high safety, such as cranes, elevators, and conveyors. It is particularly well-suited for applications demanding emergency stops or the ability to withstand significant impact loads. This coupling is ideal for equipment requiring both reliable power transmission and effective braking and damping capabilities.
  4. Design Advantages: This coupling not only ensures efficient power transmission but also minimizes vibrations and shocks through its elastic element, enhancing system stability. Furthermore, its brake wheel design enables rapid braking when necessary, ensuring safe operation of the machinery.

Advantages:

  • Vibration Damping and Cushioning: The plum-shaped elastic element absorbs vibrations and shock loads effectively, reducing wear on the equipment and extending its service life.
  • Emergency Stopping Capability: The brake wheel provides rapid braking when required, facilitating quick deceleration or emergency stops.
  • Strong Adaptability: This coupling accommodates certain axial, angular, and radial misalignments, making it suitable for systems with installation errors.
  • Smooth Operation: Its elastic design reduces noise and vibration during operation, ensuring stable and quiet performance.

Disadvantages:

  • Limited High-Temperature Resistance: The elastic element, often made of rubber or polyurethane, performs poorly in high-temperature environments, making it more suitable for normal or low-temperature conditions.
  • Moderate Load Capacity: Compared to some metal couplings, the Brake Wheel Plum Blossom Elastic Coupling has relatively lower load-bearing capacity, limiting its application to medium and light-load systems.
  • Wear and Tear: The elastic element may wear out over time, requiring regular inspection and replacement.

Additionally, the MLLZ Brake Wheel Plum Elastic Coupling has a wide operating temperature range, from -35°C to +80°C, and the nominal torque transmission range is from 250 to 31,500 Nm, with a permissible speed range of 950 to 4250 r/min. This coupling offers a variety of specifications and sizes to meet different application needs.

The parameters and dimensions of the MLLZ Brake Wheel Plum Elastic Coupling

Type Nominal torque Permissible speed Shaft hole diameter
d1 ,d2
Shaft hole length:L1,L2 L S L3 C D1 D2 B d3 R D0×T Elastic parts type Weight Moment of Inertia
N.m r/min mm mm mm kg kg.m²
MLLZ4-200(160) 250 4250 25,28 62 176 52 56 18 105 65 14 38 1.5 200×85 MT4-b 12.98 0.049
30,32,35,38 82 216 38
40,42 112 276 68
MLLZ5 -200 400 3800 30,32,35,38 82 224 60 64 38 125 80 18 48 1.5 200×85 MT5-b 6.92 0.058
40,42,45,48 112 284 68
MLLZ6 -250 (200) 630 3050 35,38 82 231 67 71 28 145 85 22 65 1.5 250×105 MT6-b 24.93 0.15
40,45,50,55 112 291 58
MLLZ7-315(250) 1120 2400 40,50,55 112 291 67 71 42 172 110 28 80 2 315×135 MT7-b 43.89 0.41
60,63,65 142 351 72
MLLZ8 -400 (315) 1800 1900 50,55 112 300 76 81 24 200 135 28 95 2.5 400×170 MT8-b 73.97 1.24
60,65,70,75 142 360 54
MLLZ9 -500 2800 1650 60,65,70,75 142 364 80 86 34 230 160 40 105 2.5 500×210 MT9-b 121.5 3.34
80,85,90,95 172 424 64
MLLZ10 -500(400) 4500 1500 70,75 142 379 95 101 34 262 180 40 140 2.5 500×210 MT10-b 157.9 3.6
80,85,90,95 172 439 64
100,110 212 519 104
MLLZ11 -630 7100 1350 80,85,90,95 172 455 111 117 36 300 200 40 150 3 630×265 MT11-b 232.5 9.51
100,110 212 535 76
MLLZ12 -710 11200 1200 90,95 172 468 124 130 19 360 225 45 160 3 710×300 MT12-b 346.2 17.61
100,110,120,125 212 548 59
130 252 628 99
MLLZ13 -800 12500 1100 100,110,120,125 212 548 124 130 39 400 225 50 160 4 800×340 MT13-b 450.6 29.96
130,140 252 628 79
MLLZ14-800 20000 1050 110,120,125 212 548 124 130 39 460 260 50 180 4 800×340 MT14-b 495 32.71
130,140,150 252 628 79
MLLZ15 -800 25000 1000 120.125 212 559 135 141 39 500 300 60 215 5 800×340 MT15-b 558 36.38
130,140,150 252 639 79
160,170,180 302 739 129
MLLZ16 -800 31500 950 130,140,150 252 639 135 141 79 500 340 70 250 5 800×340 MT16-b 608 39.47
160,170,180 302 739 129
190,200 352 839 179

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