PD140FNT60QMU-02C. Through Beam. Main features. Description

Transcription

1 Through eam Description The PD140 sensor consists of an emitter, which sends out invisible, infrared light, and a receiver, capable of detecting the light from the emitter. The sensor is encapsulated in a robust, vandalproof aluminium/polycarbonate housing. The lenses are adjustable in both ±100 horizontal and ± 15 vertical directions, which allows flexible mounting, even when emitter and receiver are mounted at different heights. The aspherical lens design gives a superior homogeneous light beam over the total beam angle. - Sensor test function: the emitter has a built-in test input designed to mute the emitter and thus evaluate the sensor function. The test function is to be controlled and monitored by the door controller. Main features Designed for Industrial doors and gates ESPE type 2, Performance level d For door or gate widths up to 60 m Modulated, infrared light Supply voltage: 12 to 24 V/D 1, SPDT relay output nalogue voltage output or flashing LED indication for optical alignment help uilt-in holder for green laser alignment accessory tool Yellow LED for output indication Green LED indication for power ON onnection: self-lifting terminal block, 1,5 mm 2 (WG 16 Emitter test input Robust vandal-proof aluminium/polycarbonate housing IP65, NEM R. 3RX. 3SX. 3X K rating E, EN12453, EN12978, UL325 and UL508 approved Main functions Designed for domestic and industrial doors and gates Detects presence or absence of persons or vehicles by interruption of the light beam from the emitter to receiver 1

2 References Product selection key PD140FNT60-02 Enter the code entering the corresponding option instead of ode Option Description - P - Photoelectric sensor D - Rectangular housing Length of housing F - luminium N - Not used T - Through-beam 60 - Distance [m] QMU Matched sensor set (Receiver and Emitter Q SPDT relay (Receiver Sensor is only available as a matched set MU Mute input (Emitter Sensor is only available as a matched set lack Type selection Function - ode Receiver and Emitter Sensor set Receiver Not available PD140FNT60Q-02 Emitter Not available PD140FNT60MU-02 2

3 Structure D E G H G H D I F F Fig. 1 Emitter Fig. 2 Receiver Fig. 3 Rear view Element omponent Element omponent Fixing holes for sensor mounting F able gland for cable entry Terminal block G Hole for laser adjustment tool Jumpers H Lens adjustment D Green LED I lternative cable entry E Yellow LED 3

4 Sensing Detection Rated operating distance (S n Sensitivity adjustment (Receiver 60 target, PD140 emitter and excess gain 4 12 m m Jumper pos 1 6 m m Jumper pos m... 6 m Jumper pos m lind zone Hysteresis % Light source 850 nm Infrared Light type Infrared modulated Detection angle ± 5 Emitter beam angle ± 5 Light spot size 3.7 m (half sensing distance Lens adjustment ± 100 Horizontal ± 15 Vertical ccuracy Temperature drift 0.3%/º Repeatability < 5% 4

5 Detection diagram D ,7 16,4 13,1 9,8 H X I Y 2 6, ,3 0,0-1 -3,3-2 -6,6-3 -9, , , ,7 E F G Detection width [m] F OFF Sensing range [m] G ON Detection width [feet] H Emitter D Sensing range [feet] I Receiver E Limits 5

6 Excess gain 2,0 3,3 32, , D E Excess gain D ESPE 2, legal detection angle 5 Sensing range [m] E ESPE 2, illegal detection angle 5 Sensing range [feet] 5 See detection diagram 6

7 Features Power Supply Rated operational voltage (U e-min - U e-max Rated operational voltage (U Ripple (U rpp No load supply current (I o D No load supply current (I o Power-ON delay (t v V /D (ripple included V D V Within limits of U min 55 U max 50 U max 100 U max 100 U max 200 ms 200 ms Emitter Receiver Emitter Receiver Emitter Receiver Outputs Output functions SPDT relay Output switching function N.O. and N.. Output current < 1 / 30 VD ontinuous(i e < 0.5 / 50 V ontinuous(i e Minimum operational current (I m 1 5 V Mechanical lifetime cycles Electrical lifetime (typical > Resistive load -1 and D-1 Protection reverse polarity and transients Emitter and Receiver -1 Non-inductive or slightly inductive D-1 loads, resistive load EN Utilization category -14 ontrol of small electromagnetic loads EN D-13 ontrol of electromagnets EN (with freewheeling diode 7

8 Operation diagram Emitter supply ON Receiver Supply ON Object reak beam F G Mute/Test input ctive D F G Make output (N.O. ON E E E D E Receiver startup time (150 ms E OFF Hold Time (80 ms Emitter startup time (150 ms F eam obstruction / mute active > 80 ms reak response time (8 ms G eam obstruction / mute active < 80 ms D Make response time (8 ms Response times Operating frequency (f Response times 10 impulses / sec. t ON (ON-OFF t OFF (OFF-ON OFF Hold time < 8 ms < 8 ms > 80 ms Indication Receiver Green LED Yellow LED Power Output ON OFF ON OFF ON ON ON ON ON Flash 1 ON; EG 4 OFF / lignment mode OFF Flash 1 EG < 4 OFF / lignment mode 1 Slow flashing or OFF = Not aligned, Higher flash rate= etter optical alignment EG = Excess gain Emitter Green LED - Power Emitting ON - ON Yes OFF - ON No (muted 8

9 Environmental mbient temperature ( F 2 3 Operating ( F Storage lux Incandescent K (EN Incandescent light 3200 K lux 4 (EN mbient light lux 4 Fluorescent light (EN Hz to Hz 4 Stroboscopic light (EN Flashing beacon light 3 to to 2 Hz 4 (EN Vibration Hz, 1.0 mm/15 g EN Shock 30 g n / 11ms, 6 pos, 6 neg per axis EN Drop test 2 x 1 m and 100 x 0.5 m EN Rated insulation voltage (U i 50 VD Dielectric insulation voltage 4000 V rms 50/60 Hz for 1 min. Rated impulse withstand voltage 2 kv 1.2/50 µs Pollution degree 3 EN Overvoltage category III IE60664; EN Degree of protection IP65 IE60539; EN NEM Enclosure Types Indoor + outdoor: 3, 3R, 3RX, 3SX, 3X NEM 250 Indoor: 1, 2, 5, 12, 12K NEM 250 mbient humidity range < 70 2 RH < With no icing or condensation 3 UL Failure to danger (worst case alignment EM Electrostatic discharge immunity test Radiated radio-frequency electromagnetic field immunity test (80 MHz... 1 GHz and 1.4 GHz... 2 GHz Electrical fast transient/urst immunity test onducted disturbances induced by radio-frequency fields immunity test (150 khz MHz Power frequency magnetic field immunity test ± 8 air discharge ± 15 contact discharge (losed sensor with aluminium housing ± 8 contact discharge (during installation IE V/m IE kv / 5 khz using the capacitive coupling clamp IE V rms IE /m IE

10 Mechanics/electronics onnection able diameter Ø mm onnection 3-pole screw terminal Emitter 5-pole screw terminal Receiver Terminal Self-lifting terminal block, 1.5 mm 2 (WG x 2 mm Wiring V V N.. N.O. + ~- V V MU + ~ - Fig. 4 Receiver Fig. 5 Emitter Power supply Relay contacts Mute input (Test input Housing over Window ack part Sealing able gland Dimensions Weight luminium, lack P, lack PT, lack Neoprene P6, Light grey 140 x 51 x 46 mm 460 g (matched set 10

11 Dimensions (mm

12 ompatibility and conformity pprovals and markings General reference Sensor designed according to EN MTTF d related to product life time (+104 F EN ISO (Parts count method, annex D.1, SN MTTF d related to safety device, performance level d (+104 F EN ISO , SN E-marking pprovals (UL325 (UL ESPE category 2 EN Performance level (PL d EN12453 PFH d 8.57 x 10-8 Errors per hour EN ISO Mission Time 20 years EN ISO

13 Delivery contents and accessories Delivery contents Photoelectric sensor set: PD140FNT60Q-02 + PD140FNT60MU-02 ccessory bag (Screws, plugs, blind caps, cable glands Packaging: ard board box ccessories Laser alignment tool: PD140-L01 Laser alignment tool without batteries (attery: DL1/3N, R1/3N 3V - Lithium: PD140-L02 lignment test cable: PD140-T01 OPYRIGHT 2016 ontent subject to change. Download the PDF: 13