Ultra-thin Infrared Reflector Photoelectric Sensor for Safety Grating Light Curtain - NA2-N8/N12-PN

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Basic Info

Payment Type:	Western Union,D/P,D/A,T/T,MoneyGram

Product Description

Intelligent Safety Grating Light Curtain Ultra-thin Infrared Reflector Photoelectric Sensor NA2-N8/N12-PN

Safety grating light curtain machine focus sensor

Amplifier built-in ultra-thin opposite safety light screen

Responsive quality material

Synchronous tracking automatic control function

Reaction time is less than 10 milliseconds

Number of optical axes 8/12 two kinds

The thickness of the upper and lower ends is only 13MM and 30MM wide

The seal design resists dust

Aviation plugs are easy to light

Different frequency sensors can be installed without interference

Strong and shock-proof

Height 140 (8 axes) /220M (12 axes)

Detection distance: 400-1900MM 30MM diameter opaque objects

Aluminium alloy optical cover plate

Applied to all mechanical equipment requiring safety protection measures

Data:

Absolute Maximum Ratings at TA = 25℃

Parameter	Symbol	Rating	Unit	Notice
Total Power dissipation	P_tot	1.5	mW
Power Dissipation	P_d	20	mW
Average Forward Current	I_F	10	mA	max
Forward Current	F_c	10	mA	max
Lead Soldering Temperature	T_sol	260	℃	4mm from mold body less than 5 seconds
Operating Temperature	T_opr	-25 ~+85	℃
Storage Temperature	T_stg	-40 ~ +85	℃

Electronic Optical Characteristics : (Ta=25℃) Electronic Optical Characteristics : (Ta=25℃)

Parameter Rang of Spectral	Symbol	Min.	Typ.	Max.	Unit	Condition
Bandwidth	λ0.5	----	850	----	nm	V R =0 V
Wavelength of Peak Sensitivity	λp	----	1300	----	V R =0 V	V R =0 V
Sensitivity range at 20%	λ_min λ_max	800		1700	nm	V R =0 V
Total Capacitance	Ct	----	1100	1250	pF	F=1MHz VR=0V
	450	550	pF	F=1MHz VR=-5V
Rise/Fall Time	tr/tf	---	17	----	nS	RL=100 VR=1.5V
Breakdown voltage	V_R		50		V	I r =10 µA
Dark current	Id		10	20	nA	V_R=-5 V@25 ℃
Shunt resistance	R_SH		5	20	M	V R =-10 mV
Noise equivalent power	N_EP		4.5x10^-12		w/√Hz	λ = 1300 nm V=0V f=1MHz
Responsivity	R_PT		0.8	0.95	^A/W	λ = 1300 nm V=0V
	0.95	1.05	^A/W	λ = 1550 nm V=0V
dB Bandwidth*	_BW		4.5	6	MHz	VR=-0.5V, 50Q
Saturation Power	_SP		1.5	3.0	mW	λ = 1300 nm V=0V,-0.2dB