Mobiltex Data Ltd. products

The PFM1-T data logger uses a new data logging architecture that allows the user to monitor pressure input in terms of average values based on typical logging rates plus minimum/ maximum values based on fast sampling rates down to 10 samples/second. PFM1-T transient logger can also detect and log pressure surge data up to 1000 readings per second without interfering with the main recordings. During threshold logging, the logger checks the pressure signal against the threshold settings 10 times per second and once triggered starts logging data at one of the configured log rate of 10Hz, 20Hz, 100Hz or 1KHz.

The TRI-T range of data loggers use a new data logging architecture that allows the user to monitor pressure input in terms of average values based on typical logging rates plus minimum/ maximum values based on fast sampling rates down to 10 samples/second. TRI-T transient logger can also detect and log pressure surge data up to 1000 readings per second without interfering with the main recordings.

The completely updated PFL1 range of data loggers is based on the field-proven design of the PTRI/TRI model and utilize our patented data logging architecture that allows the user to monitor pressure/flow inputs in a multitude of configurations providing ultimate flexibility to meet specific application requirements.

The PTRI/TRI range of data loggers use a new data logging architecture that allows the user to monitor pressure/flow inputs in a multitude o f configurations providing ultimate flexibility to meet specific application requirements. The GCRTech PTRI/TRI stores data in non-volatile memory organized into data files. Each data file is an independent data logger with its own start/stop time, sample rate, and logging rate. More than one data file can record different types of data for the same input channel.

The PFM1 / PFM1-A data loggers have up to 8 data files for monitoring a range of analogue and digital signals and benefits from the latest advances in cellular communication. These advanced devices utilize a unique data logging architecture that can detect pressure surges and measure minimum night flow more accurately using Pulse Interval Timing [PIT]. The loggers allow users to analyze data in greater detail than currently available with traditional loggers. These powerful features enable additional fast logging, such as step testing, without interfering with the main 15-minute recordings.

The GTRI data logger has up to 8 data files for monitoring a range of analogue and digital signals and benefits from the latest advances in cellular communication. These advanced devices utilize a unique data logging architecture that can detect pressure surges and measure minimum night flow more accurately using Pulse Interval Timing [PIT]. The loggers allow users to analyze data in greater detail than currently available with traditional loggers. These powerful features enable additional fast logging, such as step testing, without interfering with the main 15-minute recordings.

Pressure management and control in water distribution systems is a proven technique for reducing leakage and the frequency of bursts. Normally, a PRV (Pressure Reducing Valve) is set to a fixed outlet pressure to ensure a guaranteed minimum pressure to the critical point in the network during maximum flow conditions. Pressure management using PRV controllers enables pressure to be optimized with changing demand. Excess pressure from lower friction losses during low demand periods is reduced, lowering flows from background leakage and reducing pipe stresses & bursts to extend asset life. The GCRTech PFM1-AC is a Full Modulation electronic controller that enables the pressure into a zone to be controlled between two pre-set values (“low”and “high”) according to the demand (flow rate) or the time of day. This can achieve immediate water savings and enables the PRV to be controlled reliably and safely.

Pressure management and control in water distribution systems is a proven technique for reducing leakage and the frequency of bursts. Normally, a PRV (Pressure Reducing Valve) is set to a fixed outlet pressure to ensure a guaranteed minimum pressure to the critical point in the network during maximum flow conditions.

The CorTalk RMU1 collects and transmits CP performance data and GPS location as frequently as every few hours via satellite or cellular network. This provides technicians with a highly detailed, near-real-time view of the CP system and helps identify short-lived events that may impact CP performance.