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ZKLH
1. Advanced core technology: Adopts 15-25kHz high-frequency eddy current heating + magnetostriction dual principles, combined with 485 eddy current high-frequency technologies, improving the electromagnetic oscillation density of metal molecules, promoting heat exchange, and penetrating into the icing area of valve ports to destroy hydrate formation conditions, with immediate anti-icing effect.
2. Flexible installation and cost-saving: No additional land acquisition required, can be quickly installed using existing station space, significantly reducing earthwork and ground hardening costs, convenient transfer with low cost, suitable for remote or space-constrained scenarios.
3. Excellent safety performance: No high temperature, high pressure or spark risks, equipped with natural gas concentration sensor, automatically shuts down and alarms when gas leaks, with no safety accidents recorded in years of application in complex scenarios.
4. High intelligence and adaptability: Supports networked remote transmission and remote management, equipped with intelligent simulation recognition function, completes parameter matching of heating body material and thickness within 1 second, works stably in -35℃ severe cold to 80℃ high temperature environment, no need for special personnel on duty.
5. Wide adaptability to working conditions: Voltage supports 220V/380V, power adjustable from 5-400KW, can cope with complex working conditions such as 70MPA high pressure and 600,000 cubic meters per day high-yield wells, and solves various problems such as wax plugging, pipeline frost heave and flow meter icing failure.
1. Advanced core technology: Adopts 15-25kHz high-frequency eddy current heating + magnetostriction dual principles, combined with 485 eddy current high-frequency technologies, improving the electromagnetic oscillation density of metal molecules, promoting heat exchange, and penetrating into the icing area of valve ports to destroy hydrate formation conditions, with immediate anti-icing effect.
2. Flexible installation and cost-saving: No additional land acquisition required, can be quickly installed using existing station space, significantly reducing earthwork and ground hardening costs, convenient transfer with low cost, suitable for remote or space-constrained scenarios.
3. Excellent safety performance: No high temperature, high pressure or spark risks, equipped with natural gas concentration sensor, automatically shuts down and alarms when gas leaks, with no safety accidents recorded in years of application in complex scenarios.
4. High intelligence and adaptability: Supports networked remote transmission and remote management, equipped with intelligent simulation recognition function, completes parameter matching of heating body material and thickness within 1 second, works stably in -35℃ severe cold to 80℃ high temperature environment, no need for special personnel on duty.
5. Wide adaptability to working conditions: Voltage supports 220V/380V, power adjustable from 5-400KW, can cope with complex working conditions such as 70MPA high pressure and 600,000 cubic meters per day high-yield wells, and solves various problems such as wax plugging, pipeline frost heave and flow meter icing failure.
