Product Introduction
The F96-LSP Synchronous Indicator is an analog display direct-acting electrical measurement and indicating instrument used in various AC/DC power transmission and distribution systems, control panels, and electrical equipment to measure AC/DC current, voltage, frequency, power factor, insulation resistance, and other electrical quantities, as well as provide synchronous indication and non-electrical quantity measurement indication in other systems.
Specifications
F96-LSP Synchronization Indicator
F96-DC DC Ammeter, Q96-DC DC Ammeter, F72-DC DC Ammeter, Q72-ZC DC Ammeter, 51C5-A DC Ammeter, 51C6-A DC Ammeter, 61C13-A DC Ammeter, 61C14-A DC Ammeter, F96-DC DC Voltmeter, Q96-ZC DC Voltmeter, F72-DC DC Voltmeter, Q72-ZC DC Voltmeter, 51C5-V DC Voltmeter, 51C6-V DC Voltmeter, 61C13-V DC Voltmeter Voltmeter, 61C14-V DC voltmeter,
F96-X non-electrical quantity instrument, Q96-X non-electrical quantity instrument, F72-X non-electrical quantity instrument, Q72-X non-electrical quantity instrument,
F96-AC AC ammeter, Q96-RZC AC ammeter, F72-AC AC ammeter, Q72-RZC AC ammeter, 51L5-A AC ammeter, 51L6-A AC ammeter, 61L13-A AC ammeter, 61L14-A AC ammeter, F96-AC AC voltmeter, Q96-RZC AC voltmeter, F72-AC AC voltmeter Current voltmeter, Q72-RZC AC voltmeter, 51L5-V AC voltmeter, 51L6-V AC voltmeter, 61L13-V AC voltmeter, 61L14-V AC voltmeter; F96-AC-A1 AC overload ammeter, Q96-RZC-A1 AC overload ammeter, F72-AC-A1 AC overload ammeter, Q72-RZC-A1 AC overload ammeter, 51L5-A1 AC overload ammeter, 51L6-A1 AC overload ammeter, 61L13-A1 AC overload ammeter, 61L14-A1 AC overload ammeter Overload current meter, F96-W three-phase active power meter, Q96-WTCZA three-phase active power meter, F72-W three-phase active power meter, Q72-WTCZA three-phase active power meter, 51L5-W three-phase active power meter, 51L6-W three-phase active power meter, 61L13-W three-phase active power meter, 61L14-W three-phase active power meter, F96-VAR three-phase reactive power meter, Q96-YTCZA three-phase reactive power meter, F72-VAR three-phase reactive power meter, Q72-YTCZA three-phase reactive power meter, 51L5- VAR three-phase reactive power meter, 51L6-VAR three-phase reactive power meter, 61L13-VAR three-phase reactive power meter, 61L14-VAR three-phase reactive power meter, F96-COSΦ single-phase power factor meter, Q96-FTZ single-phase power factor meter, F72-COSΦ single-phase power factor meter, Q72-FTZ single-phase power factor meter, 51L5-COSΦ single-phase power factor meter, 51L6-COSΦ single-phase power factor meter, 61L13-COSΦ single-phase power factor meter, 61L14-COSΦ single-phase power factor meter Three-phase power factor table (F96-COSΦ), three-phase power factor table (Q96-FTZ), three-phase power factor table (F72-COSΦ), three-phase power factor table (Q72-FTZ), three-phase power factor table (51L5-COSΦ), three-phase power factor table (51L6-COSΦ), three-phase power factor table (61L13-COSΦ), three-phase power factor table (61L14-COSΦ), frequency table (F96-HZ), frequency table (Q96-HZC), frequency table (F72-HZ), frequency table (Q72-HZC), frequency table (51L5-HZ), frequency table (51L6-HZ). Frequency meters, 61L13-HZ frequency meters, 61L14-HZ frequency meters,
F96-S sync indicator, Q96-S sync indicator, F72-S sync indicator, Q72-S sync indicator, 51T5-S sync indicator, 51T6-S sync indicator, 61T13-S sync indicator, 61T14-S sync indicator,
F96-MΩ high resistance meter, Q96-MΩ high resistance meter, F72-MΩ high resistance meter, Q72-MΩ high resistance meter, 51C5-MΩ high resistance meter, 51C6-MΩ high resistance meter, 61C13-MΩ high resistance meter Meters, 61C14-MΩ High Resistance Meter, F96-BMΩ High Resistance Meter, Q96-BMΩ High Resistance Meter, F72-BMΩ High Resistance Meter, Q72-BMΩ High Resistance Meter, 51L5-BMΩ High Resistance Meter, 51L6-BMΩ High Resistance Meter, 61L13-BMΩ High Resistance Meter, 61L14-BMΩ High Resistance Meter, F96-℃ Thermometer, Q96-℃ Thermometer, F72-℃ Thermometer, Q72-℃ Thermometer, 51C5-℃ Thermometer, 51C6-℃ Thermometer, 61C13-℃ Thermometer, 61C14-℃ Thermometer,
1. Applications
F96-LSP Synchronous Indicator: This series of meters are analog display direct-acting electrical measurement and indicating instruments, used in various AC/DC power transmission and distribution systems, control panels, and electrical equipment to measure AC/DC current, voltage, frequency, power factor, insulation resistance, and other electrical quantities, as well as for synchronous indication and non-electrical quantity measurement indication in other systems. 2. Technical Parameters
2.1 The measuring mechanism of this series of meters is a magnetoelectric system with a tension wire support and a magnetoelectric system shaft tip structure. Tension wire support: frictionless rotating parts, reliable operation, and high resistance to mechanical shock; shaft tip structure: due to the use of buffered and shock-absorbing spring bearings in its moving parts, and the shaft tip and bearings being composed of high-hardness cobalt-tungsten alloy and corundum sapphire, it possesses excellent vibration fatigue resistance, impact resistance, and wear resistance.
2.2 The integrated structure of the converter circuit and indicating mechanism ensures high measurement accuracy and a large rotation angle.
2.3 This series of meters is a magnetoelectric system instrument with excellent linear scale and the characteristic of being unaffected by external magnetic fields. All use printed dials with colored scales (red and green lines, color bands, and colored text), providing clear scales and a clean and aesthetically pleasing dial surface.
2.4 This series of meters is complete and comprehensive. In addition to standard electrical measuring instrument specifications, it also includes various special-specification instruments, such as extended meters, overload meters, single-scale meters, control signal instruments, and electrical measuring instruments for non-electrical parameters.
2.5 All instruments with zero-point readings have a front-mounted zero-adjustment knob for convenient and flexible adjustment.
2.6 The series features a universal appearance and structure. The dimensions of the instruments are based on a 12-unit module, with a square front, resulting in an aesthetically pleasing design. The square structure also facilitates panel layout.
