Zenode.ai Logo
Beta
EVU-F2MFL3B54
Potentiometers, Variable Resistors

EVU-F3MFL3B53

Obsolete

Deep-Dive with AI

Search across all available documentation for this part.

DocumentsDatasheet
EVU-F2MFL3B54
Potentiometers, Variable Resistors

EVU-F3MFL3B53

Obsolete

Deep-Dive with AI

DocumentsDatasheet

Technical Specifications

Parameters and characteristics for this part

SpecificationEVU-F3MFL3B53
Actuator Diameter [diameter]0.236 in
Actuator Diameter [diameter]6 mm
Actuator Length [z]21.5 mm
Actuator Length [z]0.846 in
Actuator TypeFlatted
Adjustment TypeTop Adjustment
Built in SwitchDetent
Bushing ThreadM9 x 0.75
Number of Gangs1
Number of Turns1
Power (Watts)0.05 W
Power (Watts)50 mW
Resistance (Ohms)5 kOhms
Rotation300 ░
Size - Body0.335 ", 0.382 ", 0.492 "
Size - Body12.5 mm
Size - Body8.5 mm
Size - Body9.7 mm
TaperLinear
Termination StyleBoard Locks, PC Pins
Tolerance20 %
PartMounting TypeNumber of GangsResistance (Ohms)Adjustment TypeTermination StyleNumber of TurnsSize - BodySize - BodySize - BodySize - BodyBuilt in SwitchActuator Length [z]Actuator Length [z]TaperPower (Watts)Power (Watts)ToleranceActuator Diameter [diameter]Actuator Diameter [diameter]Actuator TypeRotationResistance (Ohms)Bushing ThreadSize - Body [x]Size - Body [x]Size - Body [y]Size - Body [y]Size - Body [z]Size - Body [z]Actuator Length [x]Actuator Length
EVUF Plastic Bushing Series
Panasonic Industrial Automation Sales
Snap In
Through Hole
1
10k
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
EVU-F2MFL3B54
Panasonic Industrial Automation Sales
1
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
50 kOhms
M9 x 0.75
EVUF Plastic Bushing Series
Panasonic Industrial Automation Sales
Snap In
Through Hole
1
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Logarithmic
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
50 kOhms
EVU-F2MFL3B54
Panasonic Industrial Automation Sales
1
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
5 kOhms
M9 x 0.75
EVUF Plastic Bushing Series
Panasonic Industrial Automation Sales
Snap In
Through Hole
1
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
20 kOhms
EVU-F2MFL3B54
Panasonic Industrial Automation Sales
1
10k
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Logarithmic
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
M9 x 0.75
EVUF No Bushing Series
Panasonic Industrial Automation Sales
Snap In
Through Hole
1
10k
Top Adjustment
Board Locks
PC Pins
1
Detent
23.1 mm
0.909 in
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
0.453 in
11.5 mm
0.374 in
9.5 mm
6.9 mm
0.272 in
EVUF No Bushing Series
Panasonic Industrial Automation Sales
Snap In
Through Hole
1
Top Adjustment
Board Locks
PC Pins
1
Detent
23.1 mm
0.909 in
Logarithmic
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
20 kOhms
0.453 in
11.5 mm
0.374 in
9.5 mm
6.9 mm
0.272 in
EVU-F2MFL3B54
Panasonic Industrial Automation Sales
1
Top Adjustment
Board Locks
PC Pins
1
0.335 "
0.382 "
0.492 "
12.5 mm
8.5 mm
9.7 mm
Detent
21.5 mm
0.846 in
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
20 kOhms
M9 x 0.75
Panasonic Industrial Automation Sales
Snap In
Through Hole
1
Top Adjustment
Board Locks
PC Pins
1
Detent
Linear
0.05 W
50 mW
20 %
0.236 in
6 mm
Flatted
300 ░
5 kOhms
0.886 in
22.5 mm

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

DistributorPackageQuantity$

Description

General part information

EVU-F3 Series

5k Ohm 1 Gang Linear Panel Mount Potentiometer 1.0 Turns 0.05W, 1/20W PC Pins, Board Locks

Documents

Technical documentation and resources