Product datasheet - TMB-060

PIR motion sensor, recessed, white

Item number:TMB-060 (EAN: 5997374185554)

Technical data 230V, 50 Hz 160°, 3-2000lux, 10s-7min, IP20

More than 200 pc(s) in stock

Extra discount: 5,00 %

Net
16.94737 EUR 16.10000 EUR

Gross 21.52316 EUR 20.44700 EUR

Comparison

Print datasheet

Catalogue pages Declaration Instructions of Use

Lamp bodies to be recessed into false ceilings

Sensor type:

Passive infrared

Scan angle:

160 °

Optimum mounting height:

1.8 m

Max. transmission range frontally:

9 m

Response value luminosity adjustable:

Yes

Mounting method:

Flush mounted (plaster)

Material:

Plastic

Material quality:

Thermoplastic

Colour:

White

Impact strength:

IK06

Voltage type:

Frequency:

50 -50 Hz

Nominal voltage:

230 V

Min. switch-on time:

10 s

Max. duty cycle:

7 min

Detection angle horizontal:

180 -180 °

Response value luminosity:

3 -2,000 lx

Temperature:

10 -45 °C

Width:

80 mm

Height:

80 mm

Depth:

34 mm

Built-in width:

80 mm

Built-in depth:

30 mm

Built-in length:

34 mm

Built-in diameter:

80 mm

Warranty:

2 year

					(mm)

TMB-060	160°	3-2.000 lux	10s...7 min.	IP 20	80 × 80 × 34

Rated switchable power

TMB-108

TMB-112

TMB-112F

TMB-115

TMB-118

TMB-016

TMB-060

TMB-061

TMB-061M

TMB-E50

TMB-DA

TMB-011

TMB-011L

1.000 W

1.200 W

1.000 W

1.100 W

800 W

60 W

1.200 W

2.000 W

800 W

900 W

600 W

60 W

800 W

1.500 W

300 W

400 W

30 W

300 W

1.000 W

300 W

400 W

30 W

300 W

1.000 W

1,8 - 2,5

1 - 1,8 m

2,2 - 4 m

2 - 3,5 m

1 - 1,8 m

2,2 - 4 m

<12 m

<9 m

<6 m

<2 - 9 m

<6 m

The passive infrared motion sensors (PIR) are sensing the shift of heat emitted by creatures and in case of appropriate value of shift the relay inside of sensor switch. Because of this operational method the sensor have to see the moving object otherwise the relay will not switch.
The sensitivity of device for transverse movements is higher, for opposite movements is smaller so the devices including one sensor are recommended to install parallel with the expected direction of motion.