DECENT / N-205 Dynamic torque sensor
MANYYEAR / MLC5205C non – contact dynamic torque sensor
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DECENT / N-210 Dynamic torque sensor

This sensor can measure both static and rotational torque, and is a high-precision, high-stability device with digital signal output and non-contact energy transfer. With no wearing parts or zero adjustment required, it requires minimal maintenance and is ideal for environments requiring long-term, high-speed operation.

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N-210 Dynamic torque sensor

Features

● Capable of measuring both stationary and rotating torque.

● Robust anti-interference performance, high precision, and excellent stability.

● Digital output signal, compact and lightweight design.

● Easy to install, with non-contact power and signal transmission.

● Operation is independent of rotation, speed, and direction during signal transmission.

● Continuous forward and reverse torque signal transmission without repetitive zero-point setting.

● No wear parts, such as current collector rings (brushes), enable high-speed, long-term operation.

● No bearings between the housing and rotating disk, making it suitable for long-term, high-speed operation. Stationary, rotating, static, and dynamic torque transmission are all possible.

Capacity(mm) Φdj6 ΦD A L L1 H h E E1 B B1 C F S Standard speed C-shaped key
Original texts: (b*l1*m*quantity)
10~100N·m Φ18 Φ85 150 224 32 123 58 72 95 62 90 6.5 112 10 6,000 6*22*6*1
200~300N·m Φ28 Φ95 152 242 42 133 63 72 95 62 90 6.5 121 10 5,000 8*30*7*1
500~700N·m Φ38 Φ105 154 272 56 144 69 72 95 62 90 6.5 136 10 4,000 10*45*8*2
1,000N·m Φ48 Φ115 156 328 82 150 70 72 95 82 110 8.5 165 12 3,000 14*70*9*2
2,000N·m Φ55 Φ125 165 385 105 158 74 72 95 82 110 8.5 198 12 3,000 16*95*10*2
3,000N·m Φ65 Φ132 165 385 105 172 80 72 95 82 110 8.5 192.5 12 2,500 18*90*11*2
5,000~7,000N·m Φ75 Φ146 180 396 105 187 89 72 95 82 120 8.5 210 12 2,000 20*90*12*2
10,000~20,000N·m Φ100 Φ182 180 447 130 244 122 80 110 112 140 10.5 230 15 2,000 28*110*16*2
30,000N·m Φ125 Φ230 216 496 135 295 150 100 150 140 180 12.5 248 15 2,000 32*130*18*2
50,000N·m Φ165 Φ250 185 700 240 331 180 120 190 150 190 12.5 350 15 1,900 40*210*22*2
100,000N·m Φ210 Φ330 200 820 300 410 210 160 200 250 290 12.5 410 15 1,700 50*270*28*2
150,000N·m Φ235 Φ350 250 900 315 420 220 220 260 250 290 17 450 15 1,200 56*280*32*2
200,000N·m Φ255 Φ360 210 900 320 446 240 220 260 250 290 17 450 15 1,100 56*280*32*2
300,000N·m Φ295 Φ416 224 900 325 480 250 220 270 268 300 17 450 20 1,000 70*280*36*2

Specifications

Parameter Unit Value
Measuring Range N·m ±300,000
Speed Range rpm ≤10,000
Speed Signal pulses/rev 60
Torque Signal kHz 5–15
Zero Output %F.S. ±0.2
Non-linearity %F.S. 0.3
Hysteresis %F.S. 0.5
Repeatability %F.S. 0.05
Creep (30 minutes) %F.S. 0.03
Temperature Sensitivity Drift %F.S./10℃ 0.1
Zero Temperature Drift %F.S./10℃ 0.1
Response Time (50% response) ms 0.6
Response Frequency kHz 1
Max Torsion Angle rad (°) 2.60×10 rad (0.149°)
Moment of Inertia kg·cm² 0.38
Rotor Natural Vibration Frequency kHz 19.4
Torque Constant N·m/rad 3.85×10
Material – Stainless Steel
Yearly Stability %/year 0.3%
Load Resistance kΩ >2
Power Supply Voltage V DC 24 or ±15
Power Consumption A 0.2
Operating Temperature ℃ -10 to 50
Operating Humidity %RH 0 to 85
Safe Overload % 150%
Cable Specification – Φ5 × 3 m
Maximum Cable Tension kg 10

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