Fluke 752A Reference Divider
Precision Voltage Ratio Measurement for Advanced Calibration
Fluke 752A Reference Divider is a precision instrument designed for demanding electrical calibration and metrology applications, making Fluke 752A Reference Divider Price in Bangladesh a relevant search topic for engineers, calibration laboratories, and measurement professionals. The reference divider provides a dependable method for precision voltage ratio measurements and can support calibration systems where stable and repeatable measurement performance is essential.
The Fluke 752A is designed to provide accurate voltage ratio comparisons for professional calibration work. Its precision divider architecture supports controlled measurement procedures and helps engineers establish reliable reference relationships between electrical signals. This makes it suitable for laboratories where measurement stability, repeatability, and traceability are important considerations.
The Fluke 752A Reference Divider can be used in electrical calibration laboratories, metrology facilities, research environments, and industrial testing departments. It is suitable for applications involving voltage ratio measurements, calibration system verification, instrument comparison, and precision electrical measurement. Its specialized design makes it a valuable component of a professional calibration setup.
Measurement stability is essential when performing precision calibration procedures. The Fluke 752A is engineered to support consistent voltage ratio measurements, helping reduce uncertainty during comparison and verification tasks. Its precision-oriented construction makes it appropriate for controlled laboratory environments where reliable measurement results are required.
The Fluke 752A Reference Divider can play an important role in metrology systems where accurate electrical references are required. Engineers and calibration specialists can incorporate the divider into established measurement procedures to compare reference signals and verify the performance of precision instruments. It is particularly useful for organizations maintaining structured calibration and measurement assurance programs.
Beyond routine calibration activities, the Fluke 752A can support research and development applications involving precision voltage measurements. Engineers can use a reference divider as part of experimental measurement systems where controlled voltage ratios are necessary. Its professional design makes it suitable for technical environments that require dependable and repeatable electrical measurement practices.
Precision measurement equipment must provide dependable performance over extended periods of professional use. The Fluke 752A is designed with the requirements of laboratory calibration in mind, offering a specialized solution for voltage ratio measurement and reference applications. Its construction supports practical integration into controlled measurement environments and professional calibration workflows.
The Fluke 752A Reference Divider is a suitable choice for professionals who require a dedicated reference solution for precision voltage ratio measurements. Its precision-focused design, stable measurement characteristics, and compatibility with professional calibration applications make it useful for metrology laboratories, engineering organizations, and electrical measurement facilities.
Calibration laboratories, industrial organizations, universities, research facilities, and engineering service providers in Bangladesh can consider the Fluke 752A when their measurement systems require a precision reference divider. Before sourcing the instrument, users should evaluate their calibration procedures, measurement requirements, environmental conditions, and traceability objectives to ensure proper application.
Reliable reference equipment is an important part of a controlled calibration system. Professional suppliers can provide technical guidance regarding product selection, application requirements, sourcing, and calibration support. The Fluke 752A Reference Divider provides a precision-oriented solution for engineers and metrology professionals working with voltage ratio measurements, electrical calibration, and advanced measurement systems.
| Division Ratio | |
| Division Ratio 10:1 ±0.2 ppm | Input :0V to 100V |
| Division Ratio 100:1 ±0.5 ppm | Input :0V to 1000V |
| General Specifications * | |
| Ratio Ranges | 10:1 and 100:1 |
| Ratio Uncertainty | Ratio accuracies that apply for a temperature variation of less than ± 1°C from the self-calibration temperature (between 18°C and 28°C) for up to 8 hours following self-calibration: -------- Range 10:0: Input Voltage: 0 to 100V Output Uncertainty: 0.2 ppm Null Accuracy: ±0.5 mV** -------- Range 100:1: Input Voltage: 0 to 1000V Output Uncertainty: 0.5 ppm Null Accuracy: ±1.0 mV** |
| Temperature Coefficient | £ ± 1 ppm per °C over range of 18°C to 28°C (typically 0.1 ppm per °C from 15°C to 30°C |
| Input Resistance | 10:1 Ratio:380 kΩ ± 1% 100:1 Ratio:Divider is 4 MΩ; Driven Guard is 4 MΩ; total is 2 MΩ ± 1% |
| Maximum Input Voltage | 200V for the 10:1 ratio 1100V for the 100:1 ratio |
| Power Coefficient | £ 0.05 ppm of output with 100V applied for 10:1 ratio and £ 0.3 ppm of output with 1000V applied for 100:1 ratio (included in the ratio accuracy specifications) |
| Temperature | 0°C to 50°C, operating; -40°C to 75°C non-operating |
| Relative Humidity | £ 75% to 40°C, £ 45% to 50°C, non-condensing, operating; £ 100% 10-50°C, non-operating |
| Altitude | £ 3050m (10,000 ft) operating;£ 12,220m (40,000 ft) non-operating |
| Vibration | Per MIL-T-28800C, Type III, Class 5, Style E |
| Safety | IEC 348, 2nd edition, 1978; ANSI-C39.5, 1980, CSA 556B, and UL 1244 |
| Calibration Documentation | Statement of calibration practices included; performance check optional |
| Size | 19.1 cm H x 22.1 cm W x 60.3 cm L (7.53 in H x 8.69 in W x 23.75 in L) |
| Weight | 8.4 kg (18.5 lbs.) |
*Specifications apply for the lifetime of the instrument over the temperature range of 18°C to 28°C.
**Null accuracy refers to the required accuracy of the null detector reading during self-calibration.
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