Bộ điều khiển cảm biến Hanyoung HPAN-CT7

HPAN-C7

HPAN-C7W

HPAN-CT7

– Hiệu quả cao (hẹn giờ)
– Tương ứng với DIN
– Dùng để kết nối 2 cảm biến
– Chèn đầu ra 2 tiếp điểm/ không tiếp điểm (HPAN-C7, HPAN-CT7)

· Suffix code

Model	Code	Information
HPAN-		SENSOR CONTROLLER
Function	C7	General controller
	C7W	2 Channel controller
	CT7	High function controller

· Specification

Function		Common	High function (timer)	Connecting 2 internal sensors
		2 input 1 output		2 input 2 output
Model		HPAN-C7	HPAN-CT7	HPAN-C7W
Power supply voltage		100 – 240 V a.c (50/60 Hz) ±10 %
Power consumption		About 5 VA
Power for sensor		12 d.c (± 10 % ), 200 mA Max.
Input		[H]level 4 – 30 V d.c, [L] level 0 – 2 V d.c Pull up/ Pull down resistance connection (4.7kΩ) by NPN/PNP switch setting Inversion function of NORM INV input signal
Control Output	Contact	OUT		OUT1, OUT2
		NO contact : 250 V a.c 3A resistance load, NC contact 250 V a.c 2A resistance load, Rated load lifetime : above 100 thousand times.
	None Contact	O.C OUT		–
		NPN open collector MAX 30 V d.c, 100 mA *ISOLATION (isolated with inner circuit)
Output Response speed		Relay contact : approximately 10 ms
		NPN open collector : less than 5 µs		–
Operation mode		IN, ES AND function operation	IN, ES AND function operation AND trigger function operation	–
Timer function		–	3 types of timer set up mode (ON DELAY, OFF DELAY, ONE SHORT DELAY) time set up function(min – max)	–
Ambient temp. humidity		-10 ~ 55 °C, 35 ~ 85% R.H. (Freezing, dew not allowed)
Max noise		Square wave noise due to noise simulator (1 µs pulse per 16 ns) / ±2 kV (insert into power input terminal)
Dielectric strength		1 minute within 1500 V a.c, 60 Hz
Insulation resistance		10MΩ (500 V d.c mega between the power and the output)
Max Vibration		10 ~ 55 Hz double amplituded 0.75 mm X · Y · Z 2 hour for each direction(when power turned OFF)
Max Impaction		100 m/s2 (approximately 10 G), X · Y · Z 2 hour for each direction(when power turned OFF)
Weight		approximately 160g

* attention, given weight above did not included weight of BOX

* (ES : IN1 / IN2)