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Pancake Load Cell Model:LCX series

LCX force transducer is a high accuracy strain gauge load cell, mainly for compression force.

Low profile, high accuracy of ±0.05% tolerance, sensoring the range from 5kN ~ 2000kN, widely used in all kind of weighing and force measurement industries, specially for automobile and automatic assembly machine, suitable to connect with load cell amplifier or strain gague amplifier.

Characteristics

▶使用於材料試驗機、疲勞試驗機、不定方向的荷重試驗等用途,可發揮優易特性。

▶薄型、高精度、高出力。

▶疲勞壽命長。

▶彎曲作動和橫向荷重有很強的作用效果。

▶特別訂購的內容。

▶荷重作動部螺牙的變更。

▶安裝相關尺寸的變更。

Specifications

Rated Capacity 5KN~200KN
Rated Output 2mV/V±0.25%
Non-Linearity 0.05% R.O.
Hysteresis 0.05% R.O.
Repeatability 0.03% R.O.
Recommended Input Voltage 10V
Maximum Input Voltage 18V
Input / Output Resistance 350Ω±1%
Insulation Resistance >2000MΩ
Compensated Temperature Range -10~+70℃
Operating Temperature Range -20~+100℃
Temperature Effect on Zero Balance ±0.005%R.O./℃
Temperature Effect on Rated Output ±0.005%/℃
Safe Overload Rating 150%R.C.
Cable ∮10、4-conductor shielded cable 3m long

Model.

Rating capacity

φA

φB

φC

D(Grade 2 screws)

E

F

G

H

I

J

mass

( kg )

LCX-5KN

5KN

118

82

36

M18 P1.5

100

8-φ9

3

46

25

1

3.2

LCX-10KN

10KN

118

82

36

M18 P1.5

100

8-φ9

3

46

25

1

3.2

LCX-20KN

20KN

118

82

36

M18 P1.5

100

8-φ9

3

46

25

1

3.2

LCX-30KN

30KN

118

82

36

M18 P1.5

100

8-φ9

3

46

25

1

3.2

LCX-50KN

50KN

118

82

36

M18 P1.5

100

8-φ9

3

46

25

1

3.2

LCX-100KN

100KN

138

94

48

M24 P2

116

8-φ11

5

50

25

1

5

LCX-200KN

200KN

182

126

76

M39 P2

154

8-φ14

10

60

28

1

9.65

LCX-300KN

300KN

182

126

76

M39 P2

154

8-φ14

10

70

28

1

12

LCX-500KN

500KN

226

153

92

M50 P2

190

12-φ18

25

90

28

1

21.5

LCX-1000KN 1000KN 310 200 138 M76 P3 256 8-φ26 35 110 28 2 60
LCX-2000KN 2000KN 370 252 160 M100 P3 314 12-φ26 55 150 28 2 95

 

TERMS

DEFINITIONS

Rated CapaCity (R. C.)

The maximum force measured by continuous test of load cell according to its specifications.

Rated Output

The value subtracted output value of no load from output value of rated capacity. Generally, it is expressed as mV/V or relative strain.

Non-Linearity

The maximum deviation of calibration curve against the straight line between no load output and rated output, and expressed by percentage of rated output. It is measured while being loaded.

Hysteresis

The maximum difference of output value of load cell between load is increased and load is decreased, and is expressed by percentage of rated output.

Repeatability

The maximum difference of output value among results of repeated tests under the same loading conditions and environment. It is generally measured at the rated capacity and expressed by percentage of rated output.

Recommended Input Voltage

The voltage with that the load cell can perform its optimum function.

Maximum Input Voltage

The maximum voltage at which the load cell is not damaged.

In this case, the load cell can perform its function, but the result is not guaranteed.

Input/Output Resistance

Resistance value at input or output terminal when no load is The direct current resistance between the load cell circuit and the load cell itself. Normally, it is measured at DC50V.

Compensated Temperature

The temperature range being compensated to keep the rated output and zero point within the setting range.

Operating Temperature Range

The temperature range that can be used without deforming the characteristics of load cell.

Temperature Effect on Zero Balance

The variation of zero balance when the environment temperature is varied. It is generally expressed by percentage of variation per 1°C to rated output.

Temperature Effect on Rated Output

The variation of rated output when the environment temperature is varied. It is generally expressed by percentage of output variation per 1°C to rated output.

Safe Overload Ratmg

Limit of load that will not cause permanent deformation of load cell. It is expressed by percentage of rated capacity.

Initial Bridge Balance

Percentage of output at no load to output at rated capacity when the load cell is normally installed.