Digital Point Level Gauge Point level measurement on Slurries, Sewerage Sludge and Liquids
Real Time Instruments proudly presents the DD-1000, an innovative and cutting-edge nucleonic Point Level Gauge that revolutionises the way you monitor and control your industrial processes. With its state-of-the-art features and user-friendly iPad® interface, this gauge offers unparalleled convenience and efficiency.
Advanced Nucleonic Technology – Engineered with precision and reliability in mind, the DD-1000 utilises advanced nucleonic technology to deliver accurate and real-time point level measurements. It provides crucial data on the liquid or solid material level in your tanks or vessels, allowing you to make informed decisions and optimise your processes confidently.
Digital Point Level
Contactless level measurement on chutes and hoppers.
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DD-1000 Digital Point Level Gauge
The DD-1000 is an advanced nucleonic Point Level Gauge from Real Time Instruments. The unique iPad® Interface allows the operator to connect wirelessly to the gauge for control over all functions and parameters.
Used for level detection on silos, tanks, surge bins, autoclaves, and a blocked chute or cyclone detection.
Specifications
Source holder | RTI 500mCi / 18.5GBq (Cs-137) source holder
|
Radioisotope | Double encapsulated Cs-137 or Co-60 |
Detector
Detector Element | Sodium Iodide scintillation detector with integral photomultiplier |
Electronics | Fully integrated with the detector |
Housing | IP67 316 stainless steel, with stainless steel mounting brackets with multiple mounting arrangements |
Power | 88-264 VAC single phase, or 24VDC |
Data Integrity | Radioactive Decay Clock No data loss with power off |
Communications & Control | Output: 4-20mA % Level, Or Digital output for point level applications (Contact rating 24V) |
Display | Integral backlit LCD on Detector Housing: Displays Raw counts are displayed for reference and basic diagnostics |
Performance and Environmental
Temperature Drift | ± 0.00003 SG units / °C |
Operating Temperature | 0 – 80 °C |
Vibration | 2.5 g at 100 Hz |
Humidity | 5% – 95% RH non-condensing |