บริษัท น่ำแซอินเตอร์เทรดดิ้ง จำกัด : ETP Classic (R)

Product Detail :

ETP-CLASSIC (R)

The clamping bolts placed on the flange surface allow easy and quick mounting and dismounting. A pressure medium sealed inside of the sleeve is compressed by fastening the clamping bolt. By the compression of a pressure medium, the sleeve is pressured from inside to contract the shaft-side sleeve and enlarge the hub-side sleeve to fasten a shaft and hub through the sleeve. Compared with a mechanical-type fastening element, the number of bolts to be used is small. Also, a high-precision fastening is possible with no slotting. A large variety of specifications such as hexagon bolt, simple antirust with electroless nickel plating, stainless steel or short sleeve specification are available.

ETP-A Type

Bore diameter	15mm to 100mm
Maximum permissible torque	55Nm to 15500Nm
Concentricity	0.05m

| Catalog | 2D CAD data | 3D View |

ETP-A-B Type

The clamping bolts placed on the flange surface allow easy and quick mounting and dismounting. A pressure medium sealed inside of the sleeve is compressed by fastening the clamping bolt. By the compression of a pressure medium, the sleeve is pressured from inside to contract the shaft-side sleeve and enlarge the hub-side sleeve to fasten a shaft and hub through the sleeve. Compared with a mechanical-type fastening element, the number of bolts to be used is small. Also, a high-precision fastening is possible with no slotting. For the ETP-A-B type, a hexagon bolt is used for the clamping bolt. It can be assembled if there is not enough space in a thrust direction.

Bore diameter	15mm to 100mm
Maximum permissible torque	55Nm to 15500Nm
Concentricity	0.05mm

Catalog |

2D CAD data |

3D View |

ETP-A-C Type

The clamping bolts placed on the flange surface allow easy and quick mounting and dismounting. A pressure medium sealed inside of the sleeve is compressed by fastening the clamping bolt. By the compression of a pressure medium, the sleeve is pressured from inside to contract the shaft-side sleeve and enlarge the hub-side sleeve to fasten a shaft and hub through the sleeve. Compared with a mechanical-type fastening element, the number of bolts to be used is small. Also, a high-precision fastening is possible with no slotting. The ETP-A type is a simple anti-rust specification with electroless nickel plating coated on its body.

Bore diameter	15mm to 50mm
Maximum permissible torque	41Nm to 1426Nm
Concentricity	0.05mm

Catalog |

2D CAD data |

3D View |

ETP-A-S Type

The clamping bolts placed on the flange surface allow easy and quick mounting and dismounting. A pressure medium sealed inside of the sleeve is compressed by fastening the clamping bolt. By the compression of a pressure medium, the sleeve is pressured from inside to contract the shaft-side sleeve and enlarge the hub-side sleeve to fasten a shaft and hub through the sleeve. Compared with a mechanical-type fastening element, the number of bolts to be used is small. Also, a high-precision fastening is possible with no slotting. The ETP-A-S type is a short-sleeve specification corresponding to parts with a thin hub.

Bore diameter	19mm to 50mm
Maximum permissible torque	53Nm to 1000Nm
Concentricity	0.05mm

Catalog |

2D CAD data |

3D View |

ETP-A-R Type

The clamping bolts placed on the flange surface allow easy and quick mounting and dismounting. A pressure medium sealed inside of the sleeve is compressed by fastening the clamping bolt. By the compression of a pressure medium, the sleeve is pressured from inside to contract the shaft-side sleeve and enlarge the hub-side sleeve to fasten a shaft and hub through the sleeve. Compared with a mechanical-type fastening element, the number of bolts to be used is small. Also, a high-precision fastening is possible with no slotting. The ETP-A-R type is an antirust specification with stainless material used on its body.