KT6900 wireless high and low nuclear phase meter Introduction KT6900 series wireless high and low nuclear phase meter is divided into general-purpose wireless high-voltage nuclear phase meter and fully intelligent wireless high-low voltage voice nuclear phase meter. The all-intelligent type breaks through the voltage level limitation problem of the traditional nuclear phase meter, and can be used in the nuclear phase of extremely low voltage lines (such as the circuit phase of the switch cabinet and the power distribution cabinet), and fully realizes the automatic nuclear phase from 10V to 200kV (such as 400V, 10kV). , 35kV, 66kV, 110kV), no need to purchase multiple sets of nuclear phase meters according to the voltage level or separately configure high and low voltage detectors, saving cost, reducing carrying, saving time and speed. For the high-voltage line nuclear phase (voltage exceeds 400V), the metal probe of the detector can be gradually brought close to the wire. When the electric field signal is sensed, the nuclear phase can be completed without direct contact with the high-voltage wire, which is safe! When the voltage exceeds 35kV, a non-contact nuclear phase must be used. The nuclear phase meter also has functions of testing phase, voltage, frequency, phase sequence, power inspection, transformer group judgment and the like. The KT6900 series consists of a detector, a receiver (host), a telescopic insulating rod, monitoring software, and a USB communication line. The wireless transmission test data can penetrate the barrier of the partition wall, and the linear transmission distance is about 50 to 100 meters. The host adopts 4.3-inch 65K color LCD color screen, which can display the vector picture, phase, voltage, frequency, phase sequence and nuclear phase result on the same screen. The vector picture dynamic indication is clear and intuitive; it has “X signal normal, Y signal normal, in phase, The voice prompt function such as “out of phase” makes the test easy and easy; the all-intelligent host also has a USB interface, and the data stored in the field test can be imported into the computer through the monitoring software, which facilitates the review and management of historical data. The insulating rod is made of an alkali-free glass fiber cloth as a base material and is heated and rolled and baked with an epoxy phenolic resin as a binder. It has high insulation, retractability, moisture resistance, impact resistance, bending resistance and light weight. Technical Parameters: Function: High and low voltage wireless voice nuclear phase, phase test, phase sequence judgment, power inspection, frequency test, etc. Power source: Detector: 7V ~ 9VDC (built-in large capacity rechargeable lithium battery, 7.4V / 1000mAh, fully charged for 40 hours of continuous operation; can also be replaced by a 6F22 9V battery) Receiver: 7V ~ 9VDC (AA, 1.2V, 6-cell large-capacity nickel-metal hydride rechargeable battery, total 9000mAh, fully charged for 40 hours of continuous operation; can also be replaced by 6 LR6, 1.5V battery) Nuclear phase mode: Contact nuclear phase: Lines below 400V can contact the core phase of the wire Non-contact nuclear phase: The line above 400V can gradually connect the detector hook to the core phase of the wire without directly contacting the high-voltage wire. When the voltage exceeds 35kV, the non-contact core phase must be used. Transmission distance: wireless transmission, linear air transmission distance of about 100m Transmission frequency: 433MHz, 315MHz Nuclear phase voltage: 10V ~ 200kV Differentiate qualitative: -20 ° ~ 20 ° in phase; 100 ° ~ 140 ° and 220 ° ~ 260 ° out of phase Accuracy: Self-calibration error ≤ ± 3 °; on-site phase error ≤ ± 7 °; on-site phase error ≤ ± 12 ° Resolution: 1° Insulation rod length: φ28mm; contraction state is 600mm; extension state is 3200mm Display: 4.3 inch; 65K color screen; display field 98mm × 57mm Phase indication: phasor diagram and phase number are simultaneously indicated, clear and intuitive Probe size: φ5mm×D50mm Probe size: φ5mm × L40mm (type B)
Introduction KT6900 series wireless high and low nuclear phase meter is divided into general-purpose wireless high-voltage nuclear phase meter and fully intelligent wireless high-low voltage voice nuclear phase meter. The all-intelligent type breaks through the voltage level limitation problem of the traditional nuclear phase meter, and can be used in the nuclear phase of extremely low voltage lines (such as the circuit phase of the switch cabinet and the power distribution cabinet), and fully realizes the automatic nuclear phase from 10V to 200kV (such as 400V, 10kV). , 35kV, 66kV, 110kV), no need to purchase multiple sets of nuclear phase meters according to the voltage level or separately configure high and low voltage detectors, saving cost, reducing carrying, saving time and speed. For the high-voltage line nuclear phase (voltage exceeds 400V), the metal probe of the detector can be gradually brought close to the wire. When the electric field signal is sensed, the nuclear phase can be completed without direct contact with the high-voltage wire, which is safe! When the voltage exceeds 35kV, a non-contact nuclear phase must be used. The nuclear phase meter also has functions of testing phase, voltage, frequency, phase sequence, power inspection, transformer group judgment and the like. The KT6900 series consists of a detector, a receiver (host), a telescopic insulating rod, monitoring software, and a USB communication line. The wireless transmission test data can penetrate the barrier of the partition wall, and the linear transmission distance is about 50 to 100 meters. The host adopts 4.3-inch 65K color LCD color screen, which can display the vector picture, phase, voltage, frequency, phase sequence and nuclear phase result on the same screen. The vector picture dynamic indication is clear and intuitive; it has “X signal normal, Y signal normal, in phase, The voice prompt function such as “out of phase” makes the test easy and easy; the all-intelligent host also has a USB interface, and the data stored in the field test can be imported into the computer through the monitoring software, which facilitates the review and management of historical data. The insulating rod is made of an alkali-free glass fiber cloth as a base material and is heated and rolled and baked with an epoxy phenolic resin as a binder. It has high insulation, retractability, moisture resistance, impact resistance, bending resistance and light weight.
