RS PRO RS-9889 Handheld Digital Multimeter True RMS, 10 A Max, 10 A Max, 1000 V ac Max

RS 제품 번호:: 179-9512
제조업체:: RS PRO

RS PRO RS-9889 Handheld Digital Multimeter True RMS, 10 A Max, 10 A Max, 1000 V ac Max

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₩1,201,564.40

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RS 제품 번호:: 179-9512
제조업체:: RS PRO

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모두 선택	제품 정보	값
	브랜드	RS PRO
	Multimeter Type	Handheld
	Product Type	Multimeter
	Model Number	RS-9889
	Display Type	Digital
	Resistance Resolution	100mΩ
	Functions Measured	DC Current, AC Current, Resistance, DC Voltage, Capacitance, AC Voltage, Diode, Temperature, Frequency, Thermal Imaging, Continuity
	Maximum AC Voltage Measurement	1000V ac
	Maximum Resistance Measurement	60mΩ
	Maximum DC Voltage Measurement	1000V
	Maximum DC Current Measurement	10A
	Maximum AC Current Measurement	10A
	True RMS	Yes
	AC Voltage Accuracy	±2.4 % rdg + 5 Digits
	DC Voltage Accuracy	±0.2 % rdg + 5 Digits
	AC Current Accuracy	±1.5 % rdg + 5 Digits
	DC Current Accuracy	±1.5 % rdg + 8 Digits
	DC Voltage Resolution	0.1 mV
	DC Current Resolution	0.1μA dc
	AC Voltage Resolution	0.001V ac
	AC Current Resolution	0.1μA ac
	Maximum Frequency	10MHz
	Power Source	Battery
	Resistance Measurement Accuracy	±2.5% + 10 Digits
	Minimum Operating Temperature	-20°C
	Maximum Operating Temperature	260°C
	Height	195mm
	Weight	540g
	Width	58 mm
	Standards/Approvals	No
	Length	80mm
	Safety Category Level	CAT III, CAT IV
	Battery Type	Lithium-ion
	Safety Category Voltage	1000V

	모두 선택
	브랜드 RS PRO
	Multimeter Type Handheld
	Product Type Multimeter
	Model Number RS-9889
	Display Type Digital
	Resistance Resolution 100mΩ
	Functions Measured DC Current, AC Current, Resistance, DC Voltage, Capacitance, AC Voltage, Diode, Temperature, Frequency, Thermal Imaging, Continuity
	Maximum AC Voltage Measurement 1000V ac
	Maximum Resistance Measurement 60mΩ
	Maximum DC Voltage Measurement 1000V
	Maximum DC Current Measurement 10A
	Maximum AC Current Measurement 10A
	True RMS Yes
	AC Voltage Accuracy ±2.4 % rdg + 5 Digits
	DC Voltage Accuracy ±0.2 % rdg + 5 Digits
	AC Current Accuracy ±1.5 % rdg + 5 Digits
	DC Current Accuracy ±1.5 % rdg + 8 Digits
	DC Voltage Resolution 0.1 mV
	DC Current Resolution 0.1μA dc
	AC Voltage Resolution 0.001V ac
	AC Current Resolution 0.1μA ac
	Maximum Frequency 10MHz
	Power Source Battery
	Resistance Measurement Accuracy ±2.5% + 10 Digits
	Minimum Operating Temperature -20°C
	Maximum Operating Temperature 260°C
	Height 195mm
	Weight 540g
	Width 58 mm
	Standards/Approvals No
	Length 80mm
	Safety Category Level CAT III, CAT IV
	Battery Type Lithium-ion
	Safety Category Voltage 1000V

COO (Country of Origin):: CN

RS PRO Thermal Imaging Multimeter, Bluetooth and Wifi Enabled

Introducing the RS PRO thermal imaging multimeter, a durable and versatile handheld device used for measurement of various circuit parameters such as voltages, currents or resistances. The RS PRO thermal imaging multimeter also features a 2.8" TFT LCD colour display screen, allowing accurate results to be viewed without risk of incorrect readings due to faulty moving parts, as commonly found with an analogue multimeter.

Incorporated in the RS PRO thermal multimeter is a built-in thermal imager with max, min and centre crosshair targeting, allowing the user to easily identify and measure the required temperature ranges. The RS-9889 features a Bluetooth BLE instant share function with thermal images transmitted via the Thermview+ app. This thermal multimeter also works as a diode, resistance and continuity tester, making it a highly versatile multimeter. Temperature measurement with a K-type thermocouple probe is also achievable, offering a wide measurement range.

Our RS PRO range offers a wide variety of durable and reliable products that are excellent value for money. Each and every RS PRO product has been rigorously tried and tested against demanding industry standards, ensuring high-quality products that are trusted by engineers worldwide.

Features and Benefits

• 2.8" TFT LCD colour display screen for displaying clear and accurate results

• Resistance and continuity test buzzer

• Bluetooth BLE instant share function

• Pictures transmitted via APP Thermview+

• Built-in thermal imager with max, min and centre crosshair targeting

• Accurate results

• True RMS

• Lightweight and portable, allowing you to work on the go

• Wide temperature range

• All in one multipurpose device

• SD Card Slot - To store images

• Up to 10h worth of data logging

• Magnetic holder to fix on a panel (perfect when you have no free hands)

Thermal Imager:

• IR Resolution: 80x80 pixels

• Field of view(FOV): 21° x 21°

• Thermal sensitivity/NETD: < 0.1°C /100mK

• Image frequency: 50Hz

• Object temperature range: –20 to 260°C (–4 to 500°F)

• Spectral range: 8–14 μm

• Color palettes: IRON/Rainbow/Grey/Grey Inverted

• Accuracy: ±2°C (±3.6°F) or ±2% of reading

Common Applications

6000 count 2.8'' TFT Color LCD display

Built-in Thermal imager with Max,Min and Center crosshair targeting

50 Hz fast Thermal image frame rate

DC voltage

AC, AC+DC TRMS Voltage

DC current

AC, AC+DC TRMS current

Resistance and Continuity test

Diode test

Capacity

Frequency

Duty Cycle

Temperature with K-type probe

flexible coil AC current measurement up to 3000 Ampere - requires rogowski coil RS 161-1631

What is a thermal imaging multimeter?

A thermal imaging multimeter is an essential device used to quickly and efficiently identify electrical problems from a safe distance. It combines features of a digital multimeter with a thermal imager and allows you to identify hot and cool points in electrical components and test the standard electrical parameters efficiently.

Digital or Analogue?

With an analogue multimeter, results can often be misleading or inaccurate due to the moving parts used to display results. With a digital multimeter, the user has peace of mind that accurate and precise measurements can be achieved, without the risk of inaccurate results due to faulty moving parts.

How does a digital multimeter work?

Using a digital output readout, the digital multimeter is connected to a device and measures typically the voltage and any resistances, giving you an output you can measure.

How does a thermal imaging camera work?

A thermal imaging camera works by creating a very detailed temperature pattern called a thermogram via a lens that detects infrared radiation. A thermal imaging camera analyses the variations in infrared radiation from objects and converts it into a thermogram making it visible to the eye.