Characteristic

Model : XXR-BT50

Spindle Draw Bar force gauge
※ Product Features: Hydraulic mechanical structure, high stability
※ Specifications Instructions:
1. Verify pull force gauge bolt specifications on with four claw specifications correspond.
2. Rally and the front spindle taper portion wipe clean,
Rally to clamp.
3. In response to the specifications of each knife, pull range as follows:

XXR-ISO Clamping Force Gauge

CAT50 Clamping Force Gauge

Model	Meauring range	Package weightkg
BT50-45°	0~350kg/㎠               tolerance±5.3KG	6.7KG
BT50-60°
BT50-90°
CAT50*45°
CAT50*60°
CAT50*90°
ISO50
MAZAK-50
JIS6339-50
DIN50
SK50

a: Check if the pre-pressure is in the available condition before using.

     Inspection methods: 

    1. Pointer is not at zero, and there is left pre-pressure

    2. Manually check the pressure gauge and if the body turns

        if so, it means there is left pre-pressure. Otherwise, 

        if don't, that means there is no pre-pressure.

b: Method of reloading pre-presssure of dynamometer

    1. Remove the screw B.

    2. Loosen the pull stud A and loosen it again.

    3. Push the pull stud A inwards (so that the oil level is reduced).

    4. Fill R68 hydraulic fluid from hole B and then tighten the screw B. 

    5. Tighten the pull stud A. In the same time, Pointer C will be moving upward.

       As the pull stud A is fully tightened, the proper pressure indication will be 

       between 10 to 30kg. 

       If it is over 30kg, loosen Screw B and let the indication be 10 to 30kg  

c: Method of dynamometer dial indicator reading

   1. The inner area of the dynamometer 10.00875 m㎡, so when the indication 

      times 10 is the correct pulling force.  

   2. An unit of dynamometer equals to 10kg  

   3. The digital dynamometer uses the Newton as 1 unit. (1kg = 9.8 N)

d: Method of pull stud replacement

    1. fix the neck between the dial and the body 

    2. loosen the pull stub  ( Do not move screw B)

    3. Replace the new pull stub and tighten it up.

    4. Check the pre-pressure if it is in the proper condition.

Conversion:

1 kg/cm² = 10kg = 100 N

E.g:25kg/㎠*10=250kg=25000Ｎ＝25KＮ