SYS390B satellite timing remote nuclear current meter Introduction: SYS390B wireless high-voltage satellite timing remote nuclear phase current meter, also known as wireless high-voltage satellite timing remote nuclear phase device, consists of X receiver, Y receiver, X detector, Y detector, telescopic insulating rod, etc., and has wireless high-voltage satellite timing Remote nuclear phase meter, wireless high voltage clamp ammeter, wireless high voltage phase meter, wireless high voltage phase sequence meter, wireless high voltage electroscope function. The receiver adopts a 3.5-inch true color LCD screen, and displays the real-time phase angle, current, frequency on the same screen, and the voice broadcasts "X signal normal, Y signal normal, in phase, out of phase" and other information. Both receivers have built-in 6-in-1 multi-mode satellite timing module to support multiple satellite navigation systems, including China's BDS (Beidou Satellite Navigation System), US GPS, Russia's GLONASS, EU's GALILEO, Japan's QZSS and satellite enhancements. The system SBAS (WAAS, EGNOS, GAGAN, MSAS), which contains 32 tracking channels, can simultaneously receive GNSS signals of six satellite timing systems, and realizes joint timing to ensure satellite timing and phase accuracy. The satellite timing nuclear phase can realize ultra-long-range nuclear phase. The nuclear phase distance is more than 500km. It can also be in the basement and mine under the nuclear phase, and the timing accuracy is less than 30nS. The nuclear phase meter can fully intelligent nuclear phase for voltage lines from 100V to 550kV, and is compatible with the functions of ordinary nuclear phase meters. The distance between the common nuclear phase of the open ground can reach 160m. It can also be used for high-voltage lines and fully sealed ring network cabinets with low-voltage induction point nuclear phase. The bare wire detectors of 35kV and below can directly contact the nuclear phase, and the bare wires above 35kV use non-contact nuclear phase. The non-contact nuclear phase is The detector is gradually approached to the conductor to be tested, and the nuclear phase can be completed when the electric field signal is sensed, so that it is safer to directly contact the high-voltage conductor! The detector's innovative integrated hook design, in which the X detector has a built-in double-layer flexible coil, Rogowski Coil, is a toroidal coil that is evenly wound on a non-ferromagnetic material, with no hysteresis effect, almost Zero phase error, no magnetic saturation, and extremely high linearity. The flexible coil is the current-to-time differential. The integrator integrates the output voltage signal to truly restore the measured current and output the complete signal waveform. The instrument can test the high-voltage current 0~20000A, and can measure 168mm wire or 168mm×245mm. Busbar. The X detector can also be used for electric leakage inspection: hook the X detector on the cable and patrol along the line. If the receiver changes from a large current display to a small current or no current display, the point is the cable leakage point. Technical Parameters: Function: Wireless high-voltage satellite timing voice nuclear phase, high-voltage current, leakage current, frequency, phase, phase sequence, electroscope test; multi-core cable leakage inspection, etc. Power: DC 3.7V rechargeable lithium battery, USB charging interface, continuous operation for about 10 hours Nuclear phase mode: satellite second pulse precision mode, satellite timing mode, normal mode Transmission method: 315MHz, 433MHz wireless transmission Nuclear phase distance: Ordinary nuclear phase mode distance 160m Satellite timing mode is unrestricted, up to 500km Display mode: 3.5 inch true color LCD display Measurable wire diameter: Ф168mm wire, or 168mm×245mm busbar Range: Nuclear phase voltage level: AC 100V ~ 550kV Phase: 0° to 360° Frequency: 45Hz ~ 75Hz Current: 0.00A ~ 20000A Resolution: 1°; 0.1Hz; 10mA Accuracy: Satellite timing nuclear phase: ≤ ± 5 ° (23 ° C ± 5 ° C, below 80% RH) Ordinary nuclear phase: ≤ ± 10 ° (23 ° C ± 5 ° C, below 80% RH) Frequency: ≤±2Hz (23°C±5°C, 80% RH or less) Current: 0 ~ 6000A, ± 3% ± 5dgt; 6000A ~ 2000A, ± 4% ± 5dgt; (23 ° C ± 5 ° C, below 80% RH) Differentiate qualitative: Satellite timing nuclear phase: The real-time phase angle difference displayed by XY two receivers is in phase from 0° to 30°; the real-time phase angle difference of XY two receivers is different from 90° to 120° or 210° to 270°. phase Ordinary nuclear phase mode: in phase: -30 ° ~ 30 °; out of phase: 90 ° ~ 150 ° and 210 ° ~ 270 ° Voice function: In-phase, out-of-phase, normal X signal, normal Y signal, etc. Insulation rod size: about 5m after stretching; about 1m (5 knots) after shrinking Sustained nuclear phase: After satellite success, if there is no satellite signal for 30 minutes, the basement and the nuclear phase of the mine will be met. Nuclear phase: Contact nuclear phase: bare wire of 35kV and below, or wire with safety insulation sheath below 110kV directly contact the nuclear phase. (with insulation rod operation) Non-nuclear phase: bare wire above 35kV, or non-contact core phase above 110kV. (with insulation rod operation) Power inspection instructions: Detector "beep--beep--beep" beep Shift: Automatic shifting Sampling rate: 2 times / sec The first search time: the first time the search star time is about 3 minutes, the second search time is about 30 seconds after the boot, the subsequent hot start is about 1 second, the host is horizontally level when searching for satellites. Timing accuracy: less than 30nS
Introduction: SYS390B wireless high-voltage satellite timing remote nuclear phase current meter, also known as wireless high-voltage satellite timing remote nuclear phase device, consists of X receiver, Y receiver, X detector, Y detector, telescopic insulating rod, etc., and has wireless high-voltage satellite timing Remote nuclear phase meter, wireless high voltage clamp ammeter, wireless high voltage phase meter, wireless high voltage phase sequence meter, wireless high voltage electroscope function. The receiver adopts a 3.5-inch true color LCD screen, and displays the real-time phase angle, current, frequency on the same screen, and the voice broadcasts "X signal normal, Y signal normal, in phase, out of phase" and other information. Both receivers have built-in 6-in-1 multi-mode satellite timing module to support multiple satellite navigation systems, including China's BDS (Beidou Satellite Navigation System), US GPS, Russia's GLONASS, EU's GALILEO, Japan's QZSS and satellite enhancements. The system SBAS (WAAS, EGNOS, GAGAN, MSAS), which contains 32 tracking channels, can simultaneously receive GNSS signals of six satellite timing systems, and realizes joint timing to ensure satellite timing and phase accuracy. The satellite timing nuclear phase can realize ultra-long-range nuclear phase. The nuclear phase distance is more than 500km. It can also be in the basement and mine under the nuclear phase, and the timing accuracy is less than 30nS. The nuclear phase meter can fully intelligent nuclear phase for voltage lines from 100V to 550kV, and is compatible with the functions of ordinary nuclear phase meters. The distance between the common nuclear phase of the open ground can reach 160m. It can also be used for high-voltage lines and fully sealed ring network cabinets with low-voltage induction point nuclear phase. The bare wire detectors of 35kV and below can directly contact the nuclear phase, and the bare wires above 35kV use non-contact nuclear phase. The non-contact nuclear phase is The detector is gradually approached to the conductor to be tested, and the nuclear phase can be completed when the electric field signal is sensed, so that it is safer to directly contact the high-voltage conductor! The detector's innovative integrated hook design, in which the X detector has a built-in double-layer flexible coil, Rogowski Coil, is a toroidal coil that is evenly wound on a non-ferromagnetic material, with no hysteresis effect, almost Zero phase error, no magnetic saturation, and extremely high linearity. The flexible coil is the current-to-time differential. The integrator integrates the output voltage signal to truly restore the measured current and output the complete signal waveform. The instrument can test the high-voltage current 0~20000A, and can measure 168mm wire or 168mm×245mm. Busbar. The X detector can also be used for electric leakage inspection: hook the X detector on the cable and patrol along the line. If the receiver changes from a large current display to a small current or no current display, the point is the cable leakage point.
