SOLAREx-MINI Lower Explosive Limit (LEL) detection

For half a century, as a global analytical instrument manufacturer, SIGNAL SCIENTECH has been committed to the development and production of safety monitoring, process analysis and environmental monitoring equipment and complete systems, and has witnessed the development of the global monitoring industry. Today, SIGNAL SCIENTECH provides users with more technical advantages and higher quality environmental monitoring instruments, process detection instruments, safety protection monitoring instruments and other equipment. Business involves petroleum, chemical, natural gas, fire, emergency rescue, metallurgy, electric power, nuclear power, construction, general industrial applications and other fields.

Advantage

High cost performance – MINI

SOLAREx-MINI is a cost-effective hydrogen flame ionization monitoring instrument that offers several advantages over traditional methods: higher cost performance and cost savings. The inherent failure safety of Higona means that there is no risk of failure. Good performance, with good long-term stability and fast response time.

Modular combinations make the impossible possible

Flexible and diverse combination methods to meet different monitoring needs; Small size, light weight, outdoor installation; There is a call to start running, no manual operation; Optimize flame protection design to ensure ignition state and continuous instrument operation; Hydrogen automatic protection function; Highly integrated system design, collection, data analysis and other integrated design; Comes with a variety of communication protocols to facilitate data transmission; Remote control, troubleshooting and data viewing.

Secure, robust housing for a wide range of applications

The SOLAREx-MINI is equipped with an explosion-proof Class II aluminum housing, making it suitable for use in a wide range of environmental conditions. Protection Class IP65 Installation in hazardous environments (subject to relevant regulations).

Summarize

SOLAREx-MINI is a cost-effective hydrogen flame ionization monitoring instrument. When organic matter passes through the detector, ions will be generated in the flame. Under the action of polarization voltage, the current between the nozzle and the collector will increase. General organic compounds have a response on FID, the larger the general molecular weight, the higher the sensitivity, and all organic compounds in VOC components have a good response on FID.

SIGNAL SCIENTECH has been developing and producing sensors and gas detection instruments for industrial applications for many years. And in various stages of development, has been in the industry leading level.

Apply

Chemical industry/waste gas outlet/workshop/waste treatment plant/sewage treatment plant/thermal power plant and other fields

Organic waste gas treatment RTO/TO/RCO equipment and other fields

Automobile factory/auto parts factory and other fields/coating machine production line and other fields

Petrochemical/chemical/laboratory and other fields

Peculiarity

Low cost, low maintenance, high sensitivity, high precision, easy calibration and maintenance, fast response time.

Universal calibration

SOLAREx-MINI even in the face of multiple or varying mixed concentrations. In fact, the SOLAREx-MINI flammability analyzer has the ability to monitor the full range and is more accurate in factory Settings than any other sensor throughout the industrial process. This is due to the powerful universal calibration on SOLAREx-MINI’s direct measurement sample technology. This technology provides accurate measurement of the concentration of a range of flammable gases and multi-point calibration of the instrument via a dynamic diluter. The SOLAREx-MINI does not need to be recalibrated once it leaves the factory, giving you superior cross-calibration accuracy and ultimately eliminating data inaccuracies. Therefore, there is no need to shut down your system or purchase multiple standard gases, a single calibration can provide protection precisely to meet your needs now and in the future.

Direct installation provides the fastest response time

The SOLAREx-MINI responds in less than 1 second when it gives you an early warning. This is an impressive response that is many times faster than the average sensor in the industry, thanks to the SOLAREx-MINI’s direct-mount design. By mounting the sensor directly on the process pipe, the unpredictability of moving parts is eliminated and the sampling path is significantly shortened. Radically reduce sample transfer times while speeding up response times. The SOLAREx-MINI flammability analyzers are easy to use, they are easily installed near a variety of processes and on pipes and are not affected by the environment, making installation and operation simple or optionally available in wall-mounted mounting.

Technical specification

? Type: SOLAREX-MINI

? Working principle: FID

? Gas: THC

? Measuring range: 0-100%LEL

? Display: LCD

? Measuring accuracy: ±2% of measuring range

? Linearity: ≤1%

? Zero drift: ≤2%

? Range drift (sensitivity) : ≤2%

? Response time: ≤1S

? Gas: H2

? Electrical parameter

? Signal output: 4-20mA

? Alarm: The alarm value can be adjusted

? Power supply: 110-240VAC, 50Hz

? Communication interface: RS 485 interface with Modbus RTU; Option: Ethernet interface with Modbus TCP

? Relay functions: warning, danger, fault, sound, service and process verification

Environmental condition

? Temperature: – 10-10 – + + 77 ° C / 170 ° F (runtime) – 20 – to + 85 ° C / – 20 – to + 180 ° F (deposit)

? Pressure: 700-1300 hPa / 23.6-32.5 inch Hg

? Humidity: 0-100% RH

Shell

? Instrument housing: epoxy-coated, copper-free aluminum or stainless steel housing

? Sensor material: stainless steel

? Enclosure protection category: NEMA 4X & 7, IP65

? Cable connector: 3/4 inch NPT threaded hole or M20

? Cable gland: Size 300 ‘H* 200’ W *350 ‘D

? Weight: 10.0Kg (without accessories)

? Protection class: IP65

Authentication

? Safety Level: TUV SIL2 Certification (EN61508, EN50402)

? IECEx: Ex d IIC T6 ATEX II 2G Ex d(e) IIC T6

? CE: Electromagnetic Compatibility (89/336 /EEC Guidelines)