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表面電阻計，具同心環探頭、點對點探頭、兩點阻值探頭，同心環探頭前置放大器能有效地消除干擾并以高電阻值進行可靠性測試，極高的精度、穩定度、重復性，測量范圍廣：10的4次方Ohm～10的14次方Ohm/sq或10的3次方Ohm～10的13次Ohm，橡膠電極提供極好的表面接觸，質輕便攜
表面電阻測量儀,用于評估防靜電地板,工作臺,衣服等的導電性能
Trek's Surface Resistance Meter (Model 152) is a lightweight, portable unit designed to precisely measure surface resistance on a wide variety of of conductive, dissipative, and insulative materials. It features exceptional measurement accuracy, wide measurement ranges, and multiple probe configuration options.
The Trek Model 152 Surface Resistance Meter is designed to measure surface resistance on a wide varieties of conductive, dissipative, and insulative materials. The Model 152 employs a measurement technique which conforms to several ANSI/ESD Association standards for measuring surface resistance and surface resistivity including ANSI/ESD-STM2.1 for garments, STM4.1 for work surfaces, STM7.1 for flooring, STM11.11 for planar materials, and STM 11.13 for two point measurement. A variety of measuring probe electrode configurations are available for making surface resistance or surface resistivity measurements.
The Model 152 features exceptional measurement accuracy and wide measurement ranges of 10 E3 to 10 E13 ohms using point-to-point probes or the two-point resistance probe for small surface measurement, and 10 E4 to 10 E14 ohms/square using the concentric ring probe. Measured resistance values are clearly displayed on a high-contrast LCD display using scientific notation.
The electrode test voltage for the measurement probe(s) is switch selectable for 10 V or 100 V operation to conform to the individual requirements of the ESD Association standards and testing conditions. The selected test voltage is indicated on the LCD display.
The exclusive Trek Model 152P-CR concentric ring measuring probe contains a preamplifier which eliminates the usual noise, stray pickup, and long settling time associated with other type probe designs, therefore providing ease of operation even at very high resistance values. The Model 152 will detect the connection of the active concentric ring probe, automatically adjust the measuring range, and indicate values in ohms/square on the LCD display.
The Model 152 is light-weight and portable, and can be operated from internal batteries or connected to an AC line power source using a battery eliminator.
· Meter Measurement Capability
10 E3 to 10 E13 ohms.
(extends to 10E14 ohms using the Concentric Ring probe).
· Surface Resistivity / Surface Resistance Probe Measurement Ranges
· Concentric Ring Probe
10 E4 to 10 E14 ohms/square.
· Point-to-Point Probes
10 E3 to 10 E13 ohms.
· Two-Point Resistance Probe
10 E3 to 10 E13 ohms.
· Measurement Accuracy (of reading)
At 25 °C ±10 °C at 20% to 70% RH:
· Concentric Ring Probe (152P-CR)
10 E4 to 10 E13 ohms/square,
±5% of LCD reading,
10 E14 ohms/square,
±8% of LCD reading.
· Point-to-Point Probes (152AP-5P)
10 E3 to 10 E12 ohm range,
±5% of LCD reading,
10 E13 ohm range,
±8% of LCD reading.
· Two-Point Resistance Probe (152P-2P)
10 E3 to 10 E11 ohm range,
±5% of LCD reading,
10 E12 to 10 E13 ohm range,
±10% of LCD reading.
· Meter Probe Electrode Test Voltage
User selectable for 10 V or 100 V, ±2%.
· Test Current Limit
Limited to less than 13 mA in the 10 V range and less than 1.7 mA in the 100 V range.
· Test Probes (purchased separately)
· A) Trek Model 152AP-5P 2.27 kg. (5 lb.) test probes (set of two probes) are available for performing resistance measurements per ANSI/ESD-STM4.1 standards (point-to-point or surface resistance measurements).
· B) Trek Model 152P-CR 2.27 kg.(5 lb.) concentric ring test probe contains a preamplifier for performing surface resistance/surface resistivity measurements per ANSI/ESD-STM11-11 standards.
The exclusive Trek Model 152P-CR concentric ring measuring probe contains a pre-amplifier which eliminates the usual noise, stray pick-up, and long settling time associated with other type probe designs, therefore providing ease of operation even at very high resistance values.
C) Trek Model 152P-2P probe performs resistivity measurements on surface areas too small to be measured using conventional probeS
