H40JE● 3-dimensional coordinate ● With a hall effect IC● Nomenclature● S means special mechanical specifications not applicable to our standard.
● H hall effect IC type resistive element incorporated.
● 40 means approx. size of base housing in mm.
● J means joystick controller.
● Kind of types
E means 3-dimensional coordinate digital code output type.
● K means square shape.
● Mechanism
Z means 3 dimensional coordinate.
● Available directions of lever operation
Q: Square-directional 360°operating angle.
U: In addition to 360° square-directional operation, 3-dimensional coordinate
operation is possible by the rotating knob in which a hall effect typepotentiometer is incorporated.

QUYYXZXS H 40 J E K - Z U - 3 4 B 0 R3 G - 00000
Number of potentiometers to be incorporated ●0…no potentiometer incorporated. 1…1 potentiometer incorporated.
2…2 potentiometers incorporated. 3…3 potentiometers incorporated.
bit number 4: 4 bit 5: 5 bit ●Code B: Binary code G: Gray code ●Number of switches to be incorporated ●0…no switch incorporated. 1…1 push button switch incorporated.
With spring return device: ●R3: with spring return device for 3-dimensional coordinate.
Mounting accessories: ●G: with dust proof rubber cover. P: with sub-panel for mounting.
Special part number: ●In the case we produce customized products, we add 4-digit or 5-digit branch number.

● Standard Dimensions■ Panel Arrangements

Y+4935353549

35

42 +10hAbt. 20°

4-φ3.5hole or M3 ﬁxing screw hole

Detailed cross-section
diagram in the area A

Rubber packing is attached

28Abt. 54

KnobX･Ya xis Abt. ±20°Z axis Abt.±30°rotation
Automatic return to center

Mounting Panel

Abt. 30
3.7

Abt. 72

34A4 pcs. of mountingscrews(M3×12)

t=1〜3Abt. 20°

45°

4 pcs. of nuts

41.5

SM20B-ZPDSS-TF(JST)Mating connector attached(With 300mm of AWG24 lead wires)

Rubber coveroleRoHS Compliant

H40JEK-ZU-34B0R3G
Standard

STANDARD SPECIFICATIONS● Electrical Performance● Mechanical Performance

Applied voltage: 5V±10% D.C.
Open drain output, Absolute maximum ratings 50V
D.C., Maximum sink current 20mA for each
bit output, Capacitive load within 1nF for each bit
output, Current consumption within 54mA
Electrical rotating angle:
X and Y-axis: Approx. ±20°
Z-axis: Approx. ±30°Output temperature characteristics: Within
0.8°(converted into operating angle)

Controlling range
of operating lever

3-dimensional coordinate type.
X and Y directions: Approx. ±20°from center position.
Z direction: Approx. ±30° from center position.

Operating force

Standard spring return device (Automatically returnto center)
X and Y directions: Approx. 1 〜4N (100 〜400gf)
Z direction: Approx. 40 〜 80mN･m (400 〜800gf･cm)

Operatingtemperature range−20°C〜＋60°C

Vibration

10〜55Hz 98m/s2Dielectric strength 1 minute at 500V A.C.

Shock294m/s2

Insulation
resistanceOver 1,000MΩ at 500V D.C.

Life expectancy

Approx. 5,000,000 operations for X and Y axes.
Approx. 3,000,000 operations for Z axis.

EMS durability

100V/m (80MHz〜6GHz Based on ISO11452-1〜-3)

Mass

Approx. 120g

ESD durability±8kV contact ±15kV aerial discharge (Based onIEC61000-4-2)● Output Characteristic

Hall effect IC typeresistive element
incorporated● Connector Wiring Diagram
Assignment

Terminal
X,Y axis ：20°Z axis ：30°

BUSY・・・・・・・0°

X,Y axis ：20°
Z axis ：30°

bit 0
bit 1
bit 2
bit 3

BUSY0°・・・・・・・

X,Y axis ：20°
Z axis ：30°

・・・・・・・

TIM(bit 4)
bit 0
bit 1
bit 2
bit 3

E3

X a

bit 0

E4

X

bit 1

E5

X

bit 2

E6

X

bit 3

Blue(POT-Y)

Y

E9range(POT-Y)

Y

bit 1

E10(POT-Y)

Y

bit 2

E11(POT-Y)

E12
E13

Blue(POT-Y)(POT-Z)

E14
E15

bit 3

Z

bit 4 ※1
bit 0(POT-Z)

Z

bit 1(POT-Z)

Z

bit 2(POT-Z)

E17Blue(POT-Z)

BUSY ・・・・・・・・・・
bit 00°・・・・・・・・・・

BlackNC

The description in () is printed on the indication tube.

※1※2

In the case of 4 bit binary code or 4 bit gray code, assigned to TIM signal
Figure A shows how the output and Busy signals are updated.
In the case the output code is the same before and after the update, Busy signal is skipped.(See Figure B)e cycle Ma .

bit 4X,Y axis ：20°
Z axis ：30°

bit 3bit 4 ※1

Figure A

bit 3

BUSY・・・・・・・・・・・

Z aZoutputNCE20bit 1bit 2YBUSY ※2E18X,Y axis ：20°
Z axis ：30°

bit 0YE16

you need to connect a clamp diode.

bit 4 ※1

XE7E8

E19X,Y axis ：20°
Z axis ：30°

F T in the circuit is FF when each bit output
F T in the circuit isch bit output

GND

E2・・・・・・・

TIM(bit 4)

X,Y axis ：20°
Z axis ：30°

INBrown

E1

ery a is outp

0°

X,Y axis ：20°
Z axis ：30°

・・・・・・・・・・・

2ms

ery a is outp

ery a i

pdating

pdating

H
Max.0.2ms

BUSY

bit0Lpdating

bit1pdating

bit2bit3)

Figure B(bit4Every axis output finalized＋

Every axis output finalized

HBUSYLpda

pda

29