Nidec Copal JCL/JCL B Linear Motion Conductive Plastic PotentiometerIndonesia Industrial Parts

Description Of Nidec Copal JCL/JCL B Linear Motion Conductive Plastic Potentiometer

Potentiometers are displacement sensors that produce electrical output (voltage) in proportion to the mechanical displacement. They are basically composed of a resistor and a wiper (brush), with the mechanical displacement of the resistor relative to the wiper being accurately converted into an electrical voltage output.

A voltage is applied to both ends of the resistor, and the wiper is moved. The displacement is measured by the voltage between one terminal of the resistor and the wiper. Looking at the component structurally, we can see the following: (Fig. 1) Further, the following formulas apply to the voltage output

Model of potentiometer

Wirewound Type

Precision wire winding technology has been used to achieve low noise and long life. Wirewound types include the single-turn J series for use in servo drives and the multiturn M series for use in settings.

Conductive Plastic Type

Special film resistors and original contact construction provide long life, with degradation that is theoretically infinitely small. Conductive plastic types include single-turn types and linear types, both for use in servo drives.

Features of Nidec Copal JCL/JCL B Linear Motion Conductive Plastic Potentiometer

10 ~ 500 mm
High resolution (Essentially infinite)
Long life
Mounting plate seating position can be set to any positions(JCL B)
RoHS compliant

Applications of Nidec Copal JCL/JCL B Linear Motion Conductive Plastic Potentiometer

Nidec Copal Electronics’?products are widely used in various applications, mainly in industry.

Vehicle,?Construction machine
Medical equipment
Analytical?/?Messuring equipment
FA equipment
Residential facility,?Security
Social?infrastructure,?Commercial?tool,?etc.

Specifications of Nidec Copal JCL/JCL B Linear Motion Conductive Plastic Potentiometer

Item Part number	JCL
Item Part number	10	20	50	100B	200B	300B	500B
Resistance torelance %	± 20
Resolution	Essentially infinite
Independent linearity %	± 0.5
Effective electrical travel mm	10 +1 0	20 +1 0	50 +1 0	100 ⁺² 0	200 ⁺² 0	300 ⁺³ 0	500 ⁺³ 0
Mechanical travel mm	Minimum effective electrical travel
Power rating (at 40 °C) W	0.13	0.25	0.6	1.5	3	4	7
Dielectric strength Vrms	1000 1 min
Insulation resistance M? minimum	1000 (at DC500 V)
Operating force mN {gf} maximum	147 {15}			1960 {200}
Stop strength N·m {kgf·cm} minimum	0.196 {2}			0.981 {10}
Maximum traveling speed mm/s	500
Temp. coefficient of resistance ppm/°C	± 400
Operating temp. range °C	?40 ~ 85
Life cycle	20 million				10 million	6 million	4 million
Net weight g	Approx. 23	Approx. 27	Approx. 38	Approx. 182	Approx. 272	Approx. 373	Approx. 555
Protection grade	IP40