IFM KI001A Normally Open Capacitive Sensor with IP 65, 67 Protection
Condition: 
Brand New
Brand NewChoose Protection
$344.50 /Each
Manufacturer warranty Description
IFM, KI001A, Normally Open / Closed Capacitive Sensor with IP 65, 67 Protection
Features:
- For applications in hazardous areas
- With combined AC/DC output stage
- Easy setting of the sensing range via potentiometer
- Two-wire technology
- Output function normally open / normally closed programmable
For more information, please see 
Data Sheet
Technical details
Main features
- Material PBT; PA
- Mounting Non-flush mountable
- Protection Class II
- Output Function Normally open / closed; (selectable)
- Protection IP 65 IP 67
- Housing Threaded type
- Overload Protection No
- Operating voltage [V] 30 - 250 AC / 20 - 250 DC
- Reverse Polarity Protection Yes
- Measuring Principle Capacitive
- MTTF [Years] 305
- Weight [g] 156.5
- ATEX marking II 3D Ex tc IIIC T90°C Dc X
- Maximum Voltage Drop Switching Output DC [V] 8
- Minimum Load Current [mA] 5
- Dimensions [mm] M30 x 1.5 / L = 125
- Short-circuit proof No
- Required Protection Miniature fuse to IEC60127-2 sheet 1; ≤ 2 A; fast acting; Place the fuse outside the hazardous area.
- Permanent Current Rating of Switching Output DC [mA] 100; (150 ( - 40 °C))
- Ambient Temperature [°C] -20 - 60
- Thread Designation M30 X 1.5
- Switching Frequency AC [Hz] 10
- Switching Frequency DC [Hz] 10
- Sensing Range [mm] 15
- Sensing Range Adjustable Yes
- Factory Setting Sensing Range [mm] 15
- Real Sensing Range Sr [mm] 15 ± 10 %
- Correction Factor Glass: 0.4 Water: 1 Ceramics: 0.2 PVC: 0.2
- Hysteresis [% of Sr] 1 - 15
- Switch-Point Drift [% of Sr] -20 - 20
- Maximum Voltage Drop Switching Output AC [V] 10
- Maximum Leakage Current [mA] 2.5 (250 V AC) 1.7 (110 V AC) 1.5 (24 V DC)
- Permanent Current Rating of Switching Output AC [mA] 100; (150 ( - 40 °C))
- Short-Time Current Rating of Switching Output [mA] 1000; (20ms / 0,5Hz)
Reviews.
There are currently no reviews for this product. You can leave the first review and share your experience.