SICK 7900604

Estimated Delivery between and with free shipping.
Overnight shipping is also available.
Free Shipping
1 Year Warranty
A+ Rated On The BBB
10% Off First Order
Based In The USA
Description
SICK 7900604 is now available from Williams Automation.
If you need a specific firmware version or series for this item, please call or email us with your request. We can also provide specifications and/or a data sheet for this item upon request. Please call or email us if you need one.
We offer Overnight shipping for most items listed on our website. Please get in touch with us to confirm whether the product can ship overnight on the day of your order. Cutoff times are typically 2-3 PM EST. Lead times can range from 1 to 4 business days.
Call (803) 761-7027 if you have any questions about availability, or email us at sales@williamsautomation.com.
Classifications
- ECl@ss 5.0
- 27270104
- ECl@ss 5.1.4
- 27270104
- ECl@ss 6.0
- 27270104
- ECl@ss 6.2
- 27270104
- ECl@ss 7.0
- 27270104
- ECl@ss 8.0
- 27270104
- ECl@ss 8.1
- 27270104
- ECl@ss 9.0
- 27270104
- ETIM 5.0
- EC002544
- ETIM 6.0
- EC002544
- UNSPSC 16.0901
- 39122230
Features
- Cylinder Type
- Dovetail groove cylinder
- Electrical wiring
- DC 3-wire
- Enclosure Rating
- IP 67 (According to EN 60529)
- Housing Length
- 26 mm
- Output Function
- NO
- Output Type
- PNP
- Sensing Face
- Front
- Switching Frequency
- 5,000 Hz
Mechanics/Electronics
- Ambient Operating Temperature
- –25 °C ... +75 °C
- Connection Type
- Connector M8, 3-pin
- Continuous current Ia
- ≤ 300 mA
- EMC
- According to EN 60947-5-2
- Housing Material
- Metal, Aluminum
- Power Consumption
- ≤ 10 mA (Without load)
- Power-up pulse Protection
- Yes
- Repeatability
- ≤ 0.1 mm (Ub and Ta constant)
- Response sensitivity, typ.
- 2 mT
- Reverse polarity Protection
- Yes
- Sensing Face Material
- Plastic, plastic
- Shock and vibration Resistance
- 30 g, 11 ms / 10 ... 55 Hz, 1 mm
- Short-circuit Protection
- Yes
- Supply Voltage
- 10 V DC ... 30 V DC
- Time delay before availability
- ≤ 2 ms
- Voltage drop
- ≤ 1.5 V (At Ia max)
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