Sick - GRF18S-E234LV OPTICAL FLUID LEVEL SWITCH, NPN, NO, -0.5 ... 16BAR, -25 ... +55C
GRF18SE234LV / 1092960
Manufacturer: Sick
OPTICAL FLUID LEVEL SWITCH, NPN, NO, -0.5 ... 16BAR, -25 ... +55C
Available for Back Order
Price
€94.57
€116.32 (IncVAT)
The GRF18S range of optical fluid switches are durable, compact and versatile with the added advantage of 2 built-in LEDs designed to indicate the switching status of the sensor when operational.
Utilising SICK’s world-renowned photoelectric proximity sensor technology, the GRF18S range offers fast, issue-free commissioning and they do not require medium calibration. The GRF18S range of optical fluid switches are intended to replace the now discontinued MHF15 model variants.
- Small liquid level switch ideal for limited spaces
- Easy to commission
- Reduced maintenance, no calibration
- FDA Compliant, UL
- 2 x LEDs for status monitoring
- Process pressure -0.5 bar to 16 bar
- Operating voltage 10 Vdc to 30 Vdc
- Product segment
- Fluid sensors
- Product family group
- Level sensors
- Sub product family group
- Optical level switch
- Product family
- GRF18S
| Process connection | G½ |
| Output signal | 1 x NPN |
| Wetted parts | Stainless steel 316L, polysulfon, FPM |
| Connection type | M12 round connector x 1, 4-pin |
| Switching mode | Normally open |
| Process temperature | –25°C... +55°C |
| Enclosure rating | IP67 / IP69 |
Datasheets and Manuals
Product Information
| Alternative Part Number: | 1092960 |
| Manufacturer: | Sick |
| Pricing Unit: | Each |
| Weight: | 0.142 kg (each) |
| Tariff code: | 90261021 |
| Generic code: | SICK5 |
Product Details
| ETIM Group: | Sensors |
| ETIM Class: | Limit signal transmitter |
| Degree of protection (IP): | Other |
| Depth: | - |
| Galvanic separation between input and output: | - |
| Galvanic separation between inputs: | - |
| Galvanic separation between output to output: | - |
| Galvanic separation between supply voltage and all other current circuits: | - |
| Height: | - |
| Inherently safe according to EN 60947-5-6 NAMUR: | - |
| Load: | - - - |
| Load influence: | - |
| Malfunction message output: | - |
| Number of channels: | - |
| Number of fixed inputs: | - |
| Number of input ranges +10 V ... -10 V: | - |
| Number of input ranges +5 V ... -5 V: | - |
| Number of input ranges 0 mA ... 10 mA: | - |
| Number of input ranges 0 mA ... 20 mA: | - |
| Number of input ranges 0 mA ... 5 mA: | - |
| Number of input ranges 0 mV ... 100 mV: | - |
| Number of input ranges 0 mV ... 200 mV: | - |
| Number of input ranges 0 mV ... 300 mV: | - |
| Number of input ranges 0 mV ... 500 mV: | - |
| Number of input ranges 0 mV ... 60 mV: | - |
| Number of input ranges 0 V ... 1 V: | - |
| Number of input ranges 0 V ... 10 V: | - |
| Number of input ranges 0 V ... 2 V: | - |
| Number of input ranges 0 V ... 2.5 V: | - |
| Number of input ranges 0 V ... 20 V: | - |
| Number of input ranges 0 V ... 24 V: | - |
| Number of input ranges 0 V ... 30 V: | - |
| Number of input ranges 0 V ... 5 V: | - |
| Number of input ranges -1 V ... +1 V: | - |
| Number of input ranges 1 V ... 5 V: | - |
| Number of input ranges -10 mA ... +10 mA: | - |
| Number of input ranges -10 V ... +10 V: | - |
| Number of input ranges 10 V ... 0 V: | - |
| Number of input ranges 10 V ... 2 V: | - |
| Number of input ranges -100 mV ... +100 mV: | - |
| Number of input ranges -2 V ... +2 V: | - |
| Number of input ranges 2 V ... 10 V: | - |
| Number of input ranges -2.5 V ... +2.5 V: | - |
| Number of input ranges -20 mA ... +20 mA: | - |
| Number of input ranges 20 mA ... 0 mA: | - |
| Number of input ranges 20 mA ... 4 mA: | - |
| Number of input ranges -20 V ... +20 V: | - |
| Number of input ranges -300 mV ... +300 mV: | - |
| Number of input ranges 4 mA ... 20 mA: | - |
| Number of input ranges -5 mA ... +5 mA: | - |
| Number of input ranges -5 V ... +5 V: | - |
| Number of input ranges 5 V ... 0 V: | - |
| Number of input ranges 5 V ... 1 V: | - |
| Number of input ranges -500 mV ... +500 mV: | - |
| Number of input ranges -60 mV ... +60 mV: | - |
| Number of limit values: | - |
| Number of output circuits relays change-over contact: | - |
| Number of output circuits relays normally open contact: | - |
| Number of output circuits transistor antivalent: | - |
| Number of output circuits transistor npn: | - |
| Number of output circuits transistor pnp: | - |
| Number of output circuits transistor potential-free: | - |
| Number of output ranges 0 mA ... 20 mA: | - |
| Number of output ranges 4 mA ... 20 mA: | - |
| Number of selectable inputs: | - |
| Operating temperature: | - - - |
| Power consumption: | - |
| Primary voltage tolerance: | - |
| Rated operation frequency: | - - - |
| Rated supply voltage at AC: | - - - |
| Rated supply voltage at DC: | - - - |
| Switching current: | - |
| Switching frequency: | - |
| Switching power: | - |
| Switching voltage: | - |
| Temperature drift: | - |
| Type of electric connection: | Connector M12 |
| Width: | - |
Dimensions (Unpackaged)
| Quantity | Height | Width | Length | Weight |
|---|---|---|---|---|
| 1 | 36 mm | 36 mm | 67 mm | 116 g |
All shipping options below are for Ireland. Delivery prices below are Exc VAT.
| Web Promo Carriage | IE standard delivery, usually within 1 - 2 days (1 per day, minimum order €25.00) | €0.00 |
| Standard 1-2 Days | IE standard delivery, usually within 1 - 2 days | €10.00 |
| Collect | Collection is available from our site - please call if your order is urgent | €0.00 |
International Delivery
We currently only provide international shipping to Northern Ireland.
We offer a very competitive and fast delivery service; however, if you prefer to collect using your own courier, then we can also arrange that at no extra cost.
Our technical team can help find an alternative! Fill in the below to get started.
Kempston Controls is electrical and electronic components distributor, providing fuses, sensors, control components, industrial automation equipment and more. If you would like to discuss any of the parts which you see on our online store, please contact our dedicated sales centre on +353 (0) 42 9359393.
