IPF

IPF
Pressure sensor, 0-1.6bar, 10-30V DC, G1/8", 4-20mA, M12 plug connector 4-pin
SKU: DW46310L
Available3–5 business days delivery
€604.70 / pieces
€719.59 incl. VAT
These are our list prices.Get an individual quote within 24 h.
Request a quoteFeatures
- including Plug-in coupling for 6 mm hose
- The article "DW46310L" is a differential pressure sensor that belongs to the subgroup of differential pressure sensors. This type of sensor enables the mechanical integration of two systems, with one serving as a reference point and the other providing the measurement result. Differential pressure sensors such as the DW46310L belong to the upper group of pressure sensors, which couple two systems via a diaphragm and convert the pressure difference into an electrical signal. The DW46310L sensor is connected via a G1/8 inch process connection and scales the pressure range from 0 to 1.6 bar to a current output of 4 - 20 mA.
Mechanical features
| Maximum overload pressure | 10 bar |
| Bursting pressure | 60 bar |
| For liquid media | No |
| Ambient temperature | from -20 to 80 °C |
| Process connection | Hose OD 6mm |
Electrical features
| Pressure range | from 0 to 1.6 bar |
| Reverse polarity protection | No |
| Measurement method | Difference |
| Elektrischer Anschluss | Connector M12 |
| Elektrischer Anschluss | M12 4-pin plug connector |
| Short-circuit-proof | No |
| Number of poles | 4 |
| Type of analogy output | 4…20 mA |
| Suitable as guard | Yes |
| Operating voltage (DC) | 10 - 30 V |
| Operating voltage | from 10 to 30 V |
More
| IPF Product Group | 725 compressed air and leakage measurement |
| packaging dimensions | 250 x 150 x 85 mm |
| Customs tariff number | 90262020 |
| WEEE number | 40951076 |
| Reach-compliant | Yes |
| RoHS‑compliant | Yes |
Installation / Disposal
| Disposal | WEEE number according to § 6 para. 3 ElektroG: 40951076 |
| Installation | Mounting / installation may only be carried out by a qualified electrician! |
Classification
| ETIM 8 | EC000243 Pressure switch |
Other features
| Application | Pneumatik-Anwendungen |
| Relative measurement accuracy | 2 % |
Other
| Number of poles | 4-polig |
| Connector type | M12 |
Ipf Adb DW46310L(DE)
ipf_adb_DW46310L_de.pdf
Ipf Bda DW46310L M1
ipf_bda_DW46310L_m1.pdf
Ipf Ukc DW46310L(DE)
ipf_ukc_DW46310L_de.pdf
Ipf Mcd DW46310L(DE)
ipf_mcd_DW46310L_de.pdf
Ipf Cek DW46310L(DE)
ipf_cek_DW46310L_de.pdf
Ipf Ulz Standard M1
ipf_ulz_standard_m1.pdf
Ipf Ccc Standard M1
ipf_ccc_standard_m1.pdf
Ipf Csa Standard M1
ipf_csa_standard_m1.pdf
Ipf Fly Fluidtechnik(DE)
ipf_fly_Fluidtechnik_de.pdf
Ipf Fly Intelligente Drucksensoren(DE)
ipf_fly_intelligente_Drucksensoren_de.pdf
Ipf Fly Produkte Die Begeistern(DE)
ipf_fly_Produkte die begeistern_de.pdf
Ipf Whp Prozessdatenerfassung(DE)
ipf_whp_Prozessdatenerfassung_de.pdf
Ipf Whp Fluidtechnik(DE)
ipf_whp_Fluidtechnik_de.pdf
Connection cable, 2m, M12 socket 3-pin angular, free cable end, 3x0.34mm², PUR (polyurethane), Ø4.3mm, 250V, -30-90°C, IP67, suitable for trailing chain and torsion resistant, oils and cooling lubricants, welding area, silicone-freeVK200021
Connection cable, 2m, M12 socket 3-pin straight, free cable end, 3x0.34mm², PUR (polyurethane), Ø4.3mm, 250V, -30-90°C, IP67, suitable for trailing chain and torsion resistant, oils and cooling lubricants, welding area, silicone-freeVK200025- Connection cable, 2m, M12 Female (socket) 4pin Angular, Free conductor end, 4x0.34mm², PUR (Polyurethane), Ø5.5mm, 250V, - 25-90°C, IP67, Shielded, Suitable for trailing chain and torsion resistant, Oil and cooling lubricants, Welding area, Silicon...VK205321
- Connection cable, 2m, M12 Female (socket) 4pin Straight, Free conductor end, 4x0.34mm², PUR (Polyurethane), Ø5.5mm, 250V, - 25-90°C, IP67, Shielded, Suitable for trailing chain and torsion resistant, Oil and cooling lubricants, Welding area, Silico...VK205325
Safety warnings
- Before initial operation, please make sure to follow all safety instructions that may be provided in the product information.
- Never use these devices in applications where the safety of a person depends on their functionality.
