Output configuration: DC switching NPN (normally open or closed selectable).
Sensing method: Reflective; Convergent reflective (Distance adjustable).
Sensing distance: 5 to 20 cm.
Capable of Setting the Sensing Range.
Using an Ultrasonic Beam.
Ensures the stable detection of a variety of objects,
regardless of the color, transparency, or material EE-SPY415 INSTRUCTION sheet.
(metallic or non-metallic) of the objects EE-SPY415
Limits the ultrasonic beam width to 8°, thus,
detecting minute objects as small as 2 x 2 cm.
Detects objects smoothly while largely suppressing,
interference from background objects.
Sealed to resist dust and dirt and emits ultrasonic,
waves at a frequency of approximately 200 kHz,
thus providing high immunity from impact and,
environmental noise EE-SPY415 INSTRUCTION sheet. Size: 48 * 48mm, terminal type.
Type: control output 1 point type (power AC/DC24V).
Shell color: black.
Control output: linear voltage output.
Control mode: standard or heating cooling.
Auxiliary output points: 2 points.
Heater break, SSR fault detection function: -.
Event entry point: 2.
Transfer output: output (using control output).
Communication: - EE-SPY415 INSTRUCTION sheet.
New program type.
A new type of liquid crystal with high performance cost ratio is adopted in the 256 paragraph,
Visual angle, contrast can be improved.
Can be set up to 8 procedures (mode) x 32 (step) procedure.
High resolution 5 bit display / can display 0.01 degrees C (to achieve a small size of 48 x 48mm).
High speed sampling period 60ms.
Full of all models (capable of thermocouple /Pt/ analog input switching),
1 machines to support a variety of sensors.
Add PV/SV state display function, to see the state oof the thermostat
(automatic / manual, RUN/RESET, alarm),
Interactive display PV/SV EE-SPY415 Manual.
By supporting software (Ver.4.3 CX-Thermo),
In simple arithmetic functions (AND/OR logic and delay).
Setting the program settings that can performm flexible contact output EE-SPY415 Manual.
The control output ON/OFF times counting function can predict the fault of the internal relay of the temperature controller.