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Tosoku RE46 Series Manual Pulse Generator

Product Made in Japan
Manufacturer: Tosoku
Model: RE46 Series

RE46 series are incremental optical manual pulse generators developed for NC machine tools. The depth of the surface-bottom is a mere 8mm which allows you to save space behind the panel.

Features

● Eco-friendly: RoHS-compliant
● Fine operability with a large wheel and a weight inside
● Various Options of the input/output circuit: CMOS, open collector, line driver
● Chattering-free and long-life use with the optical unit
● Original logos available on the wheel cover

Specifications

Application5V input12V inputDifferential linePhoto coupler(12 ~ 24V)
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 voltage (Pull up)level 0: ≦ 0.4V (No-load)1level:Transistor/ON 0level:Transistor/OFF
Collector voltage
(Open collector)
≦ DC30V
≦ 50mA
≦ 30V
≦ 50mA
Pulse per revolution100pulse/100Click or 25pulse/100Click
Click torque32 ~ 64mN.m (320 ~ 640gf.cm)
Rotational DurabilityOver a million rotations
Operating Temperature-10℃~ 60℃
(14F ~ 140F)
Weight220g

Part number designation

ModelSupply Pulse per Revolution (PPR)
RE46A1CR5_5V5V100 PPR
RE46A1CR1_12V12V100 PPR
RE46A1CO5_5VOC100 PPR
RE46A1CO1_12VOC100 PPR
RE46A1CO2_24VOC*100 PPR
RE46A1CD5_5VDifferential Line*100 PPR
RE46A2CR5_5V5V25 PPR
RE46A2CR1_12V5V*25 PPR
RE46A2CO5_5VOC25 PPR
RE46A2CO1_12VOC25 PPR
RE46A2CO2_24VOC*25 PPR
RE46A2CD5_5VDifferential Line*25PPR

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

Dimensions (mm)

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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