nLink+ DI AS DP25 Dual-Channel Pressure Transmitter
Dual-channel differential pressure transmitter (bidirectional) with analog output for cleanroom applications: -25... +25 Pa (2x). 2.8-inch LCD Touch Display.
nLink+ DI AS DP25 Dual-Channel Pressure Transmitter
Advanced Pressure Monitoring with Integrated Display
The nLink+ DI AS DP25 is a high-performance dual-channel transmitter designed for continuous measurement of differential pressure in industrial applications. With its integrated touchscreen and robust construction, it delivers both accuracy and ease of use in a compact package.
Key Features
Dual-Channel Design: Two analog signal outputs for simultaneous monitoring
Integrated Display: 2.8-inch LCD touchscreen for easy reading and configuration
Flexible Configuration: Available with 1 or 2 differential pressure (dP) sensors
Bidirectional Measurement: Capable of measuring flow in both directions
Absolute Pressure Sensor: Included for enhanced accuracy
IP54 Enclosure: Protected against dust and water droplets
USB Configuration: Simple setup via Windows PC
Technical Specifications
Measurement Type: Differential Pressure (dP)
Sensor Technology: Dynamic (mass flow-based) measurement
Display: 2.8-inch LCD touchscreen
Outputs: 2 analog signal outputs
Enclosure Rating: IP54
Configuration: USB connection for Windows PC
Pressure Range: -25 to +25 Pascal
Accuracy: ±0.15 Pa
Supply Voltage: 24 V DC
Permissible Voltage Range: 5 to 39 V
Applications
HVAC systems
Cleanroom monitoring
Industrial process control
Pharmaceutical manufacturing
Food and beverage production
Filter monitoring
Ventilation systems
Benefits
Versatility: Dual-channel design enables simultaneous monitoring of two pressure points
User-Friendly: Integrated touchscreen for easy on-site reading and configuration
High Accuracy: Bidirectional sensors with absolute pressure compensation ensure precise measurements
Durability: IP54 enclosure protects against demanding industrial environments
Easy Installation: USB configuration simplifies setup and maintenance
Ordering Options
Variant with single dP sensor
Variant with dual dP sensor
[Other customization options, if applicable]
Scope of Supply
nLink+ DI AS DP25 Transmitter
USB configuration cable
User manual
[Other included accessories, if applicable]
The nLink+ DI AS DP25 Dual-Channel Pressure Transmitter provides a comprehensive solution for professionals requiring accurate and reliable pressure monitoring across a wide range of industrial applications. Its combination of advanced features, user-friendly design, and rugged construction makes it an excellent choice for ensuring optimal process control and system efficiency.
Download Climate Launcher
Met de Climate Launcher beheer je je Novasina Nsense, lees je meetdata uit en configureer je alarmen en instellingen vanaf je pc.
Technical specifications
Meetbereik: -25 tot +25 Pascal
Nauwkeurigheid bij 20°C: ±0,15 Pa
Temperatuureffect: Max. ±0,10 Pa
Maximale resolutie: 0,1 Pa
Langetermijnstabiliteit: ±0,05% FSS (typisch)
Stroomsnelheid: <200 µl/min
Afhankelijkheid van omgevingsdruk: Gecompenseerd met ingebouwde absolute druksensor
Omgevingsdruk: Bereik 700 – 1260 hPa / mBar
Omgevingsdruk: Nauwkeurigheid ±0,5 hPa
Maximale toegestane overdruk: 2 bar (barstdruk 4 bar)
Voeding: 24V DC, Toegestane spanningsbereik: 5 tot 39V
Vermogensverbruik: <0,5 W
Scherm: 2,8 inch LCD Touch Display
Status LED: LED voor aan/uit, LED voor nSens verbonden
Uitgang: 2 schaalbare analoge uitgangen, stroom 0/4..20mA of spanning 0/2..10V
Nauwkeurigheid: <0,05% van bereik
Lineariteit: <0,05% van bereik
Temperatuureffect: 0,005% van bereik / °C
Belasting (I): min. 0Ω / max. 500Ω of (Uin-2V)/Imax
Belastingsweerstand (U): min. 10 kΩ / max. ∞Ω
Behuizingsmateriaal: PC/ABS
Beschermingsklasse: IP54
Soldeermateriaal: loodvrij (RoHS-conform)
Werktemperatuur: 0 tot 50°C
Opslagtemperatuur: -10 tot 60°C (niet-condenserend)
CE-/EMC Veiligheid: EN 61010-1:2020
EMC: IEC 61000-6-3:2020, EN 61000-6-3:2007+A1:2011, EN IEC 61000-6-3:2021
IEC 61000-6-2:2016, EN 61000-6-2:2019
IEC 61326-1:2012 / EN 61326-1:2013
IEC 61326-1:2020 / EN 61326-1:2021