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Driving
movenets MPCH24-3-1-AM,
MPCH24-2-1-AM TU25-07.1332-77 are intended for rotation with
constant speed of the diagram of recording heat power devices.
The driving movement TU25-1812.0010-88 is intended for rotation of a recording
drum of registration mechanisms of autonomous oil well devices.
Range of temperatures at operation:
5 - from 5 up 160°С
6 - from 160 up 250°С
Dimensions, not over:
diameter - 22 mm;
length with shaft - 233 mm.
Weight, not over - 0,45 k.
Movements should function with loading on a shaft - 19,62 mN/m (0,2
kgf/sm).
Technical characteristics:
MPCH 0,5-5-1-VU-UP
Amount of revolutions of the shaft - 16.
Duration of action after one full spring winding, not less- 8 h.
Duration of one revolution of the shaft - 0,5 h.
Relative error of duration of one revolution of the shaft, not over - 1,5%.
MPCH 1,0-5-1-VU-UP
Amount of revolutions of the shaft - 16.
Duration of action after one full spring winding, not less - 16 h.
Duration of one revolution of the shaft - 1,0 h.
Relative error of duration of one revolution of the shaft, not over - 1,5%.
MPCH 2,0-5-1-VU-UP
Amount of revolutions of the shaft - 16.
Duration of action after one full spring winding, not less - 32 h.
Duration of one revolution of the shaft - 2,0 h.
Relative error of duration of one revolution of the shaft, not over - 1,5%.
MPCH 0,5-6-1-VU-UP
Amount of revolutions of the shaft - 16.
Duration of action after one full spring winding, not less - 8 h.
Duration of one revolution of the shaft - 0,5 h.
Relative error of duration of one revolution of the shaft, not over - 2,5%.
MPCH 1,0-6-1-VU-UP
Amount of revolutions of the shaft - 16.
Duration of action after one full spring winding, not less - 16 ч.
Duration of one revolution of the shaft - 1,0 ч.
Relative error of duration of one revolution of the shaft, not over - 2,5%.
MPCH 2,0-6-1-VU-UP
Amount of revolutions of the shaft - 16.
Duration of action after one full spring winding, not less - 32 ч.
Duration of one revolution of the shaft - 2,0 ч.
Relative error of duration of one revolution of the shaft, not over - 2,5%.
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