1030 MicroCal – Voltage and Current Source

Anasayfa / 1030 MicroCal – Voltage and Current Source

1030 MicroCal – Voltage and Current Source

Product Description:

The 1030 MicroCal is a portable voltage and current calibrator for general purpose signal injection. As part of our portable test equipment range, it is suitable for voltage and current loop signal simulation as well as thermocouple simulation.

 

Being both cost-effective and simple operation make the 1030 a popular instrument that is used in various applications across industries. The compact (115 x 62 x 55mm) and durable design makes it ideal for use in both the lab and field, with carry case supplied as standard. Typical battery life is 60 hours. An optional rechargeable battery pack is available, with mains charger that connects via a socket on the top of the unit.

 

The MicroCal is designed for traditional analogue control. The precision 10-turn dial provides a conventional feel to selecting the required output with a setting resolution of 1 part in a 1000 (0.1%).

 

Three voltage ranges give an adjustable output from 10µV to 1V and two current ranges for 10µA to 100mA. An additional 0 to 8V output can be obtained by using a precision 1KΩ resistor that is supplied with the unit. The resistor is connected across the output terminals and the 10mA current range selected.  This allows the output to be set between 0 and +/- 8V with a 10mV resolution and an accuracy of  0.3% of full scale.

 

The 1030 is simple to operate and does not require any standardisation prior to use.  The operator needs only to switch on, check the battery condition, and set the required range and output value.

 

Applications

Accurate measurements of low ohm values, such as platinum resistance thermometers, can be performed by using the 1030 as a current source and measuring the voltage across the load with a digital voltmeter. The 10mV range is ideal for simulation of all types of thermocouple.

 

The 1030 is a compact calibration tool, ideal for electrical engineers to test various measurement equipment, temperature controllers, and PLC analog input cards, with mV or mA inputs. As with all models in the Time Electronics handheld calibrator range it is designed for accuracy and reliability, whilst maintaining ease of use.

 

Technical Specification:

RANGE ACCURACY        RESOLUTİON     MAX OUTPUT CURRENT              OUTPUT RESİSTANCE

0 to 10mV          0.2% of full scale            10μV     Limited by o/p resistance              10Ω

0 to 100mV        0.1% of full scale            100μV   20mA    0.2Ω

0 to 1V 0.1% of full scale            1mV      20mA    0.2Ω

0 to 8V (using supplied 1kΩ resistor)      0.3% of full scale            10mV    Limited by o/p resistance           1kΩ

CURRENT

RANGE ACCURACY        RESOLUTİON     MAX OUTPUT VOLTAGE

0 to 10mA          0.2% of full scale            10μA     8V

0 to 100mA        0.2% of full scale            100μA   8V

Linearity             0.15%

Temperature Coefficient            150ppm of full scale per °C (Outside 18°C to 28°C )

Noise    30ppm of full scale

Battery PP3 size, 9V. Approximately 60 hours life. An optional alternative power source is a NiMH rechargeable cell of the same type. This can be recharged via the socket on the top of the unit without removing the cell from the unit.

Battery Condition          Monitored by front panel indicator

Output Polarity Positive or negative, switch selected. A centre ‘off ‘ position is also provided.

Maximum Overload      The 1030 can withstand continuous open circuit or short circuit on all ranges.

Dimensions       H115 x W62 x D55mm

Weight 0.24kg

Supplied With   Leatherette carry case, 1kΩ resistor, 9V PP3 battery (installed), and user manual.

Optional Extras Rechargeable battery packs (240V or 110V mains).

Calibration certificates traceable to NPL and UKAS.

Country of Origin           UK

Firmamız Kasım 2014 tarihinde şahıs firması olarak Deniz ÇAPAROĞLU tarafından kurulmuş olup, DGCA Mühendislik Taahhüt ve Danışmanlık Tic. Ltd. Şti. olarak hizmetlerine devam etmektedir.

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