Copal Electronics 1 Gang 3 Turn Rotary Wirewound Potentiometer with a 3 mm Dia. Shaft, 10kΩ, ±5%, 2W, Linear M-1303 10K

Technical data sheets
Legislation and Compliance
RoHS Certificate of Compliance
COO (Country of Origin): JP
Product Details

Line up includes products ranging from 3 to 10 turns
Cost effective in house comparison
Dial can be attached (M-22 series only)

Specifications
Attribute Value
Potentiometer Type Rotary
Maximum Resistance 10 kΩ
Number of Gangs 1
Number of Turns 3
Power Rating 2W
Electrical Taper Linear
Element Material Wirewound
Termination Style Solder
Shaft Length 10mm
Shaft Diameter 3 mm
Tolerance ±5%
Series M
11 In stock for delivery within 5 working day(s)
Price (ex. GST) Each
$ 34.93
(exc. GST)
$ 38.42
(inc. GST)
units
Per unit
1 - 4
$34.93
5 - 9
$30.79
10 +
$27.24
Related Products
The 3549 Series 10 turn precision potentiometers are ...
Description:
The 3549 Series 10 turn precision potentiometers are designed for use in harsh environmental conditions, providing reliability and excellent performance over traditional optical and contacting encoders.Applications for the 3549 series precision potentiometers include: medical diagnostic and imaging equipment; ...
• Bushing and servo mount designs available• Linearity ...
Description:
• Bushing and servo mount designs available• Linearity ± 0.25 %, down to 0.05 % on request• Special resistance tolerances to 1 %• Rear shaft extensions and support bearing• Metric shaft available• Dual gang configuration and concentric shafts• High torque, ...
Suitable for use with precision d.c. motor systems ...
Description:
Suitable for use with precision d.c. motor systems as precision transducers (refer to the Motors Section)Stainless steel shaftSupplied with mounting kit* consisting of 3 clamps, nuts, screws and mounting instructions.
Compact size: 10 mm body diameter360° continuous rotationIdeal ...
Description:
Compact size: 10 mm body diameter360° continuous rotationIdeal for use as a sensor potentiometerLong operating life and high resolution (essentially infinite).