Gas Analyzer Sputnik-1M
- Explosion protection marking PO Exial X
- Protection against external influences IP65
- The analyzed gas - CH 4
Appointment:
Monitoring of mine atmosphere in continuous mode with the ability to transmit information in real time.
Application:
Mine dangerous for gas and / or dust.
- Sound and light signaling about the threshold of the volume fraction of the components
- Convenience of management, intuitive interface
- Possibility to install up to four sensors
- Black Box function for storing values for the last 120 hours of operation
- Indication of current date, time, temperature and atmospheric pressure
- Continuous measurement of volume fractions of gas components
- The ability to install a radio module
SATELLITE-1M has the ability to transfer data through positioning systems SPGT-41, Flexcom, Davis Derby.
The ability to integrate RFID tags of various positioning systems (MSP-2, IPT, IPT-24) into the SPUTNIK-1M device allows you to organize data transmission to the surface in real time.
This makes it possible to comprehensively assess the gas situation in the mine and respond quickly in case of emergency.
- reading information from the gas analyzer memory and transferring data to a computer
- reading information in automatic mode by sequential interrogation of SPUTNIK-1M devices
- graphical representation of the read information
- calibration through a radio channel of several devices at the same time
SPUTNIK-1M devices can be charged
- on individual chargers ZU-2
- on group chargers ZU-2.1
Technical Specifications of Sputnik-1M Gas Analyzer
Parameter Name | Value | |
Explosion protection marking | PO Exial X | |
Protection against external influences | IP65 | |
Continuous work hours | 70 | |
Operating time without correction of indications, month | 12 (CH 4 ) | |
Service life, years, not less | 5 | |
Overall dimensions, mm | 152 × 72 × 32 | |
Weight, g, no more | 380 | |
Metrological parameters | ||
Range of measurements / indications about. d. CH 4 ,% vol. d. | 0-2.5 / 2.5-100 | |
Limits of the main absolute error of concentration measurement | CH 4 ,% vol. d. | ± 0.1 |