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ELEVATOR SAFETY EQUIPMENTS

1. CANTILEVER SAFETY

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  1. Cantilever Safety: Must support the counterweight frame securely during maintenance or emergency stops, designed to handle the maximum system load.

  2. Combination Brackets: Should provide dual functionality for supporting guide rails and accommodating structural variations without additional hardware.

  3. Safety Gear: Must engage automatically during free fall or overspeed, ensuring instant braking to prevent cabin movement.

  4. Governor Tension Pulley: Equipped with self-aligning features for smooth operation, ensuring consistent rope tension and accurate speed detection.

  5. Buffer Springs: Designed to absorb impact during emergency landings, offering gradual deceleration to protect the cabin and passengers.

  6. Guide Rail Clamps: Should securely hold guide rails in place with minimal vibration transmission, accommodating slight misalignments.

  7. Counterweight Safety Device: Includes a fail-safe mechanism to halt the counterweight if ropes fail, ensuring cabin stability.

  8. Elevator Rope Grippers: Automatically activated in case of slack rope detection, preventing uncontrolled cabin descent.

2. NORMAL MACHINE ROOM TYPE SAFETY

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  1. Cantilever Safety: Must support the counterweight frame securely during maintenance or emergency stops, designed to handle the maximum system load.

  2. Combination Brackets: Should provide dual functionality for supporting guide rails and accommodating structural variations without additional hardware.

  3. Safety Gear: Must engage automatically during free fall or overspeed, ensuring instant braking to prevent cabin movement.

  4. Governor Tension Pulley: Equipped with self-aligning features for smooth operation, ensuring consistent rope tension and accurate speed detection.

  5. Buffer Springs: Designed to absorb impact during emergency landings, offering gradual deceleration to protect the cabin and passengers.

  6. Guide Rail Clamps: Should securely hold guide rails in place with minimal vibration transmission, accommodating slight misalignments.

  7. Counterweight Safety Device: Includes a fail-safe mechanism to halt the counterweight if ropes fail, ensuring cabin stability.

  8. Elevator Rope Grippers: Automatically activated in case of slack rope detection, preventing uncontrolled cabin descent.

3. MRL COMBINATION BRACKETS WITH PULLEY COMPLETE SAFETY

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bf5676a993211cf8c689167674a7c2d186c73333.jpg

  1. Cantilever Safety: Must support the counterweight frame securely during maintenance or emergency stops, designed to handle the maximum system load.

  2. Combination Brackets: Should provide dual functionality for supporting guide rails and accommodating structural variations without additional hardware.

  3. Safety Gear: Must engage automatically during free fall or overspeed, ensuring instant braking to prevent cabin movement.

  4. Governor Tension Pulley: Equipped with self-aligning features for smooth operation, ensuring consistent rope tension and accurate speed detection.

  5. Buffer Springs: Designed to absorb impact during emergency landings, offering gradual deceleration to protect the cabin and passengers.

  6. Guide Rail Clamps: Should securely hold guide rails in place with minimal vibration transmission, accommodating slight misalignments.

  7. Counterweight Safety Device: Includes a fail-safe mechanism to halt the counterweight if ropes fail, ensuring cabin stability.

  8. Elevator Rope Grippers: Automatically activated in case of slack rope detection, preventing uncontrolled cabin descent.

4. COUNTER RAIL SAFETY FRAMES

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  1. Cantilever Safety: Must support the counterweight frame securely during maintenance or emergency stops, designed to handle the maximum system load.

  2. Combination Brackets: Should provide dual functionality for supporting guide rails and accommodating structural variations without additional hardware.

  3. Safety Gear: Must engage automatically during free fall or overspeed, ensuring instant braking to prevent cabin movement.

  4. Governor Tension Pulley: Equipped with self-aligning features for smooth operation, ensuring consistent rope tension and accurate speed detection.

  5. Buffer Springs: Designed to absorb impact during emergency landings, offering gradual deceleration to protect the cabin and passengers.

  6. Guide Rail Clamps: Should securely hold guide rails in place with minimal vibration transmission, accommodating slight misalignments.

  7. Counterweight Safety Device: Includes a fail-safe mechanism to halt the counterweight if ropes fail, ensuring cabin stability.

  8. Elevator Rope Grippers: Automatically activated in case of slack rope detection, preventing uncontrolled cabin descent.

5. COUNTER RAIL SAFETY FRAMES

d5dcaf2baa974576bfb680502d33b89e93b17cf0.jpg
2d2547dd8dedf830370c05a7b3f84c04cd6b9e69.jpg

  1. Cantilever Safety: Must support the counterweight frame securely during maintenance or emergency stops, designed to handle the maximum system load.

  2. Combination Brackets: Should provide dual functionality for supporting guide rails and accommodating structural variations without additional hardware.

  3. Safety Gear: Must engage automatically during free fall or overspeed, ensuring instant braking to prevent cabin movement.

  4. Governor Tension Pulley: Equipped with self-aligning features for smooth operation, ensuring consistent rope tension and accurate speed detection.

  5. Buffer Springs: Designed to absorb impact during emergency landings, offering gradual deceleration to protect the cabin and passengers.

  6. Guide Rail Clamps: Should securely hold guide rails in place with minimal vibration transmission, accommodating slight misalignments.

  7. Counterweight Safety Device: Includes a fail-safe mechanism to halt the counterweight if ropes fail, ensuring cabin stability.

  8. Elevator Rope Grippers: Automatically activated in case of slack rope detection, preventing uncontrolled cabin descent.

6. COUNTER RAIL SAFETY FRAMES

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ba0a30a57b199360217ed3c61e1aa67894eb63a2.jpg

  1. Cantilever Safety: Must support the counterweight frame securely during maintenance or emergency stops, designed to handle the maximum system load.

  2. Combination Brackets: Should provide dual functionality for supporting guide rails and accommodating structural variations without additional hardware.

  3. Safety Gear: Must engage automatically during free fall or overspeed, ensuring instant braking to prevent cabin movement.

  4. Governor Tension Pulley: Equipped with self-aligning features for smooth operation, ensuring consistent rope tension and accurate speed detection.

  5. Buffer Springs: Designed to absorb impact during emergency landings, offering gradual deceleration to protect the cabin and passengers.

  6. Guide Rail Clamps: Should securely hold guide rails in place with minimal vibration transmission, accommodating slight misalignments.

  7. Counterweight Safety Device: Includes a fail-safe mechanism to halt the counterweight if ropes fail, ensuring cabin stability.

  8. Elevator Rope Grippers: Automatically activated in case of slack rope detection, preventing uncontrolled cabin descent.

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