Differential pressure transmitter for standard rails – HE 5410
The differential pressure transmitter requires very little space and is therefore ideal for use in control cabinets due to its small dimensions. Measuring ranges between 2.5 mbar and 1000 mbar can be realized by fitting different pressure sensors. Two connection cables are used for the power supply.
The supply current is the measuring signal of 4…20 mA. The operating status is indicated by an LED.
Properties
- Available measuring ranges: 0…2.5 / 5 / 10 / 25 / 50 / 100 / 250 / 500 / 1000 mbar
- Analog output: 4 … 20 mA
- Supply: 10 … 36 V DC
- Pressure connection: 4 or 6 mm
- Accuracy: ±1% of final value
- Hysteresis: ±0.5% of the final value
Are you looking for a device for hazardous areas? We recommend the HE 5411 differential pressure transmitter
Technical data
| HE 5410 |
| Sensorsystem |
| Messbereich 0... | Überdruck* | Berstdruck** |
| Sensor | ± 2.5 mbar
± 5 mbar
± 10 mbar | 200 mbar | 300 mbar |
| ± 25 mbar
± 50 mbar
± 100 mbar | 750 mbar | 100 mbar |
| ± 250 mbar
± 500 mbar
± 1000 mbar | 2000 mbar | 2000 mbar |
| Medium | Luft, sowie trockene, nicht aggressive Gase |
| Grundgenauigkeit | ± 1 % vom Endwert |
| Temperaturdrift | ± 0.05 % / K vom Endwert |
| Hysterese | ± 0.5 % vom Endwert |
| Messsystem | Halbleitersensor |
| Hilfsenergie | Ub = 10…36 V DC |
| Analogausgang | 4…20 mA, 2-wire technology |
| Max. zulässige Bürde | RA ≤ (Ub – 9 V) / 0,02 A |
| Druckanschluss | Schlauchnippel für Schlauch mit 6 mm Innendurchmesser (Optional 4 mm) |
| Abmessung | 22,5 x 113 × 115 mm (B × H × T) |
| Montage | Normschiene, Einbaulage senkrecht, Druckanschlüsse unten |
| Anschlussart | Schraub-/Steckklemmen für 0,2 ... 1,5 mm² |
| Schutzart | IP20 |
| Gewicht | 125 g |
| Klimatische Anwendungsklasse | KWF nach DIN 40040 (≤ 75% rel. Feuchte, keine Betauung) |
| Umgebungstemperatur Betrieb | -20° C ... +55° C |
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*The overpressure is defined as the maximum pressure that may be applied to a pressure connection so that the sensor retains the specifications as soon as the pressure returns to the operating pressure range. Higher pressures can cause permanent damage to the product. **Burst pressure is defined as the maximum pressure that can be applied to one pressure port relative to the other port (or while only one pressure port is connected) without causing leakage in the sensor.
Errors and modifications excepted
