Monroe 291 Surface Resistivity Meter
Please use the request form to start a calibration services quote. You may also request equipment sales or repair services.
Description
The Monroe 291 Surface Resistivity Meter is an advanced instrument used to measure the surface resistivity of materials. It is widely used in industries such as electronics, plastics, coatings, and textiles to evaluate the conductivity and electrostatic properties of surfaces. The meter operates by applying a known voltage to the material’s surface through a set of test probes and then measuring the resulting current flow. This enables the calculation of surface resistivity, which is an important indicator of a material’s ability to conduct or insulate against electrical charges. The Monroe 291 offers various measurement modes, including point-to-point, line-to-line, and surface resistance measurements, providing flexibility for different testing requirements. The device features a digital display for easy reading of measurement results and can store and recall data for further analysis. With its high level of accuracy and user-friendly interface, the Monroe 291 Surface Resistivity Meter is a valuable tool for quality control, research, and development in industries where surface conductivity and electrostatic properties are critical factors.
Specifications
– Measurement Modes: The Monroe 291 offers multiple measurement modes, including point-to-point resistance, line-to-line resistance, and surface resistivity measurements.
– Measurement Range: The meter can measure surface resistivity in the range of 10^3 to 10^14 ohms/square.
– Accuracy: It provides high measurement accuracy, typically within ±2% of the reading.
– Display: The device features a clear and easy-to-read digital display for convenient viewing of measurement results.
– Data Storage: It has the capability to store and recall measurement data for further analysis and documentation.
– Electrodes: The meter is equipped with interchangeable test electrodes to accommodate different testing requirements and sample sizes.
– Test Voltage: The Monroe 291 offers adjustable test voltages to suit various materials and applications.
– Power Source: It can be powered by batteries or through an AC adapter for flexibility in different environments.
Laboratory Calibration
Micro Precision operates 36 laboratories globally providing reliable localized support
- Certified metrologists staffing laboratories in North America, Central America, South America, Europe, Asia, and the Middle East
- Comprehensive scopes of accreditation to meet a broad range of customer needs
- Expedited calibration services available
- Pickup and delivery services available
- Environmentally controlled facilities to ensure high quality and accurate calibrations and measurements.
Laboratory Calibration
Micro Precision operates 36 laboratories globally providing reliable localized support
- Certified metrologists staffing laboratories in North America, Central America, South America, Europe, Asia, and the Middle East
- Comprehensive scopes of accreditation to meet a broad range of customer needs
- Expedited calibration services available
- Pickup and delivery services available
- Environmentally controlled facilities to ensure high quality and accurate calibrations and measurements.
Quality Certified Test Equipment Repair Services
When a piece of equipment fails you have the option to repair or replace that item. Oftentimes repair is an economical and efficient solution. Micro Precision’s repair offering provides advantages to our customers:
- Cost effective; often less than OEM
- Efficient; often much better turn-time than the OEM
- Flexibility; willingness to work with customers to meet their needs
- Warranted repairs
- Ability to service many obsolete instruments
Quality Certified Test Equipment Repair Services
When a piece of equipment fails you have the option to repair or replace that item. Oftentimes repair is an economical and efficient solution. Micro Precision’s repair offering provides advantages to our customers:
- Cost effective; often less than OEM
- Efficient; often much better turn-time than the OEM
- Flexibility; willingness to work with customers to meet their needs
- Warranted repairs
- Ability to service many obsolete instruments
Cost Effective Test Equipment Options
From the leasing of specialized electronic equipment for a specific task, to the purchase of physical and dimensional tools, we offer leasing services as well as used test equipment sales. We also locate hard-to-find electronics, and provide flexible options to meet ever-changing equipment needs.
Cost Effective Test Equipment Options
From the leasing of specialized electronic equipment for a specific task, to the purchase of physical and dimensional tools, we offer leasing services as well as used test equipment sales. We also locate hard-to-find electronics, and provide flexible options to meet ever-changing equipment needs.
Our Capabilities
Micro Precision can perform instrument calibration services on equipment from variety of applications for specific industries and lines of business. If you have a calibration need that is not listed in this area, please contact us.
Electrical
Micro Precision accredited electrical calibration lab services with multimeter, multifunction calibrator, oscilloscope, and power supply capabilities.
Optical
Micro Precision accredited optical, light, and fiber optic calibration lab services.
Thermodynamics & Chemical
Micro Precision accredited thermodynamic & chemical calibration lab services with temperature, humidity, life science, and pharma capabilities.
RF - Microwave
Micro Precision accredited RF & microwave calibration lab services.
Mechanical & Dimensional
Micro Precision accredited mechanical and dimensional calibration lab services with pressure, torque, force, flow, velocity, and aircraft jack load capabilities.
Laboratory Standards
Calibration laboratory standards are critical for your organization’s most accurate measurements.
Semiconductor Calibration
Micro Precision utilizes state-of-the-art technology to analyze semiconductor wafer thickness and step height.