Choose red, green light source of the 2 models.
Can detect a variety of colors.
Detection mode: diffuse reflection type.
Shape: vertical.
Connection mode: lead wire.
Detection distance: green light 12mm positive and negative 2mm.
Output mode: open collector output type, NPN output.Size: M8, Non-shielded E5CN-HTV2M-500 USER'S MANUAL.
Sensing distance: 4.0 mm.
Connection: M12 connector.
Body material: Brass E5CN-HTV2M-500
Thread length (overall length): 27 (43).
Output configuration: PNP.
Operation mode NC.
Safe Mounting with Greater.
Sensing Distance.
Ensures a sensing distance approximately 1.5 to 2,
times larger than that of any conventional OMRON Sensor.
Problems such as the collision of workpieces are eliminated.
Full range of standard sizes (M8, M12, M18 and,
M30; both long and short barrels) E5CN-HTV2M-500 USER'S MANUAL.
Modular construction simplifies customization. Size: 96 × 96 mm.
Control type: Basic control (1 loop).
Control mode: 1 loop for standard control,
Single-loop heating and cooling control.
Outputs(control/transfer): 4 points: Pulse voltage and Pulse,
voltage/current and Current (2 points).
Optional functions: Auxiliary outputs (SUB), 4;
Event inputs, 2; Serial communications, Yes E5CN-HTV2M-500 USER'S MANUAL.
E5AR Digital Controllers offer high speed,
high precision, and multiple I/O and use a 5-digit,
3-row LCD display for high visual clarity.
A short sampling period of 50 ms enables use in applications,
requiring high-speed response.
PV, SP, and MV data is displayed simultaneously in a 3-row,
negative LCD display with a backlight.
Multiloop control, cascade control, and proportional control are,
possible with a single Controller.
When using modells with CompoWay/F communications, initial,
settings can be downloaded and settings can be masked using,
Support Software (CX-Thermo version 4 E5CN-HTV2M-500 MANUAL. 0 or higher).
Equipped with calculation functions as a standard (e.g., square,

root calculation and broken-line approximation) E5CN-HTV2M-500 MANUAL.
DeviceNet Communications.
Data setting and monitoring can be performed without special programming.