The document summarizes the features and specifications of the DYN-210 dynamic torque sensor. It can measure both static and rotational torque with high accuracy. It has a digital output signal, small size, and allows for non-contact signal transmission. It requires no zero adjustment and has no wear parts. It is suitable for long-term, high-speed operation.
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DYN-210.pdf
1. DAYSENSOR
DYN-210 Dynamic torque sensor
Features:
¡¤Still torque can be measured, with the rotational torque
¡¤Strong interference resistance, high accuracy and good stability
¡¤Output signal digital function, small volume and light weight
¡¤Easy to install, energy, and signal non-contact transmission function
¡¤The signal is delivered regardless of rotation, speed and steering
¡¤Repeated zero adjustment is not required to continuously transmit positive and reverse torque signals
¡¤No wear parts such as collector ring, can run for a long time
¡¤There is no bearing between the housing and the rotating disk, suitable for long high speed
operation and static / static / static / dynamic torque signal
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2. DAYSENSOR
qualification
Cable limit pull force N.m ¡À300000
Cable line specifications Rpm ¡Ü15000
Safety overload
Work humidity
Working temperature
Pulse / turn 120/60/10
mA 4-20/0-20
V 0-5/0-10
consume current kHz 5-15
Power current %F.S. ¡À2
Power voltage %F.S. 0.1
Load resistance %F.S. 0.5
Year stability %F.S. 0.2
Material %F.S.(30 min) 0.03
The torsion constant %F.S./10¡æ 0.01
The ator vibrvibration inherent vibration %F.S./10¡æ 0.01
inertial torque ms 0.6(50% reaction)
Maximum torsion angle kHz 1
Response frequency 2.60x10rad(0.149¡ã)
Response time Kgcm 0.38
Zero temperature drift kHz 19.4
Temperature sensitivity drift Nm/rad 3.85x10
Worm stainless steel
Repeatability /year 0.3%
lag k¦¸ £¾2
Non-linear V DC 24
Zero point output A 0.2
Torque signal mA <200
Speed signal ¡æ -10-50
RPM RH 0-85%
Scale 200%
Cable limit pull force ¦µ5*3m
Cable line specifications N 98
1) High temperature sensors are available, with a maximum operating temperature of 150¡æ.
2) High impedance sensors can be provided with an output impedance of 1000 ¦¸.