IFM NN5001 - Inductive NAMUR sensor IN-2002-N/1D/1G/2G

For use where space is restricted.
Particularly space-saving rectangular housing.
For applications in hazardous areas.
Very high switching frequency.
For connection to intrinsically safe circuits

Electrical design	NAMUR
Output function	normally closed
Sensing range [mm]	2
Housing	rectangular
Dimensions [mm]	40 x 12 x 26

Connection to switching amplifiers	yes
Switching amplifiers	connection to certified intrinsically safe circuits with the max. values: U = 15 V / I = 50 mA / P = 120 mW
Nominal voltage DC [V]	8.2; (1kΩ)
Supply voltage DC [V]	7.5...30;(when used outside the hazardous area)
Current consumption [mA]	< 1;(disabled; conductive: > 2,1)
Protection class	II

Outputs

Electrical design	NAMUR
Output function	normally closed
Permanent current rating of switching output DC [mA]	30;(when used outside the hazardous area)
Switching frequency DC [Hz]	800

Detection zone

Sensing range [mm]	2
Real sensing range Sr [mm]	2 ± 10 %

Accuracy / deviations

Correction factor	steel: 1 / stainless steel: 0.7 / brass: 0.5 / aluminium: 0.4 / copper: 0.3
Hysteresis [% of Sr]	1...15
Switch point drift [% of Sr]	-10...10

Operating conditions

Ambient temperature [°C]	-20...80
Protection	IP 67

Tests / approvals

Approval	PTB 01 ATEX 2191; BVS 04 ATEX E 153 X; IECEX BVS 06.0003X
ATEX marking	II 1G Ex ia IIB T6 Ga Ta -20...70°C
	II 1G Ex ia IIB T5 Ga Ta -20...80°C
	II 2G Ex ia IIC T6 Gb Ta -20...70°C
	II 2G Ex ia IIC T5 Gb Ta -20...80°C
	II 1D Ex ia IIIC T20090°C Da Ta: -20...70°C
	II 1D Ex ia IIIC T200100° C Da Ta: -20...80°C
EMC	EN 60947-5-6
Shock/vibration resistance	30 g (11 ms) / 10-55 Hz (1 mm)
MTTF [years]	4899

Safety classification

Max. internal capacitance [nF]	110
Max. internal inductance [µH]	135

Weight [g]	147
Housing	rectangular
Mounting	flush mountable
Dimensions [mm]	40 x 12 x 26
Materials	PBT

Pack quantity	1 pcs.

Electrical connection

Connection	Cable: 2 m, PVC; 2 x 0.5 mm²

ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen — EN-GB — NN5001 — 20.02.2024 —