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Tosoku RE45B Series Manual Pulse Generator

Product Made in Japan
Manufacturer: Tosoku
Model: RE45B Series

RE45B series are optical manual pulse generators developed for NC machine tools

Features

● Eco-friendly: RoHS compliant
● Comfortable wide knob
● Various Options
● Printing Logotype on the wheel cover upon request
● Long life use

Specifications

Application5V input12V inputDifferential linePhoto coupler
Power VoltageDC5V±10%DC12V±10%DC5V±10%DC10.8Vto 26.4V
Current Power (pull up)≦ 80mA≦ 60mA≦ 150mA (90mAtyp)≦ 60mA
Current Power
(Open collector)
≦ 30mA≦ 40mA
Output330ΩPull-up or Open collector2.2KΩPull-up or Open collectorRS-422A (Line driver) Terminating register at receiver:100Ω/phraseOpen collector (Current output type)
Output voltage1 level:(Power voltage –0.5V) ≦1level: Transistor/ON
Output voltage (Pull up)0 level: ≦ 0.4V (No-load)0level: Transistor/OFF
Collector voltage≦ DC30V≦ 30V
Collector voltage
(Open corrector)
≦ 40mA≦ 50mA
Pulse per revolution100pulse/100Click or 25pulse/100Click
Click torqueA, B, C: 8 ~ 16mN.m
D: 32 ~ 64mN.m
Rotational DurabilityOver a million rotations
Protection against waterD type only: 2m water resistant (2h)
(Do not push or rotate under the water)
Operating Temperature-10°C~60°C
14F140F

Part number designation

ModelSupply Pulse per Revolution (PPR)
RE45B_1R55V5V100 PPR
RE45B_1R112V12V100 PPR
RE45B_1055VOC100 PPR
RE45B_10112VOC100 PPR
RE45B_10224VOC*100 PPR
RE45B_1D55VDifferential Line*100 PPR
RE45B_2R55V5V25 PPR
RE45B_2R112V5V*25 PPR
RE45B_20512VOC25 PPR
RE45B_20112VOC25 PPR
RE45B_20224VOC*25 PPR
RE45B_2D55VDifferential Line*100 PPR

*Differential Line: Connect with terminating resistance 100Ω(Based on RS-422 line receiver).
*5V:Supple voltage=12V, Output voltage=5V
*OC: For photo coupler only, Supply voltage 12 〜 24V

Dimensions (mm)

● Type A (with 80 dial / mounted by 3 nuts)

● Type A, Mounting hole dimensions (mm)

● Type C (with 66 dial / mounted by 1 nut)

● Type C, D, Mounting Hole Dimension (mm)

● Type D (without dial)

Circuitry

Output Waveform

1) Turning the shaft clockwise would generate the signal A when the signal B outputs a low voltage (0);
2) Rotating the shaft counter-clockwise would generate the signal A when the signal B outputs a high voltage(1);

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