TUNKIA TI5300 AC DC Current Sensor Transformer Transducer Test Bench Calibration Device with AC DC Power Standard Source

• After-sales Service: Life Time
• Warranty: 12 months Excellent After-sales Service
• Application: Electromagnetic Instrument, Electrical Calibration
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: TI5300
• Customized: Non-Customized
• DC Current Output: ±(60 mA ~ 120 A)
• DC Current Output Accuracy: Class 0.01
• AC Current Output: 60 mA ~ 120 A
• AC Current Output Accuracy: Class 0.02
• Sine wave frequency: 40 Hz ~ 1 kHz
• Voltage measurement range: ±(10 mV ~ 12 V)
• Current Measurement Range: ±(1 mA ~ 1.1 A)
• Transport Package: Package for Exporting
• Trademark: TUNKIA
• Origin: China
• Package Size: 100.00cm * 100.00cm * 100.00cm
• Package Gross Weight: 50.000kg

Product Description

TI5300 AC/DC Current Sensor Testing Device

1. Summary
 

TI5300 is an instrument dedicated to testing sensors. It consists of an AC and DC current standard source, a sensor output power measurement module and an auxiliary power supply. It can directly measure the ratio difference, angular difference, power consumption and other parameters of the current sensor.

2. Features

1. The sensor was tested using the standard source method.
2. DC current output: ±(60 mA ~ 120 A), class 0.01
3. AC current output: 60 mA ~ 120 A, class 0.02
4. Sine wave frequency: 40 Hz ~ 1 kHz
5. Built-in sensor secondary output power measurement module
6. Built-in sensor auxiliary power supply and power consumption measurement module
7. Supports testing of sensor ratio difference and angle difference.
8. Equipped with a transfer box, it can be adapted to a variety of sensor output interfaces.
9. LCD touch screen
10. Testing software (optional).

3. Application

 

☆ Test AC and DC Sensors

1. Use standard source method, that is, the TI5300 outputs the standard current I1 to the sensor being tested, and simultaneously measures its secondary output signal to detect the ratio difference, angular difference, linearity, etc. of the DUT.
2. Sensor auxiliary power supply: adjustable within the range of DC ±(5.0 V~50.0 V), supporting power consumption measurement.
3. Configure a transfer box to adapt to various sensor output interfaces such as DB9 serial port.
4. Suitable for testing DC current sensors of class 0.05 and below, and AC current sensors of class 0.1 and below.

 

4. Instrument Appearance

 

☆ Front Panel
N0.	Function
1	LCD touch screen
2	Operation button panel
3	Sensor output power measurement and power supply interface
4	Current output terminal: outputs a maximum of 120 A AC and DC current.

 

 

☆ Rear Panel
N0.	Function
1	Handle
2	Cooling vent
3	Ground terminal
4	RS232
5	Power switch and interfaces
6	Foldable feet

 

5.Characteristics

☆ Directly Displays Sensor Ratio Difference and Angle Difference

1. The embedded software interface can display the primary current output value and secondary signal measurement value.
2. Directly display the ratio difference and angular difference measurement results of the tested sensor.

☆ Ripple and Distortion Measurements

1. Supports the measurement of ripple and distortion of the sensor's secondary output signal.

 

☆ Sensor Auxiliary Power Supply And Power Consumption Measurement

1. TI5300 comes standard with an adjustable power supply within the range of DC ±(5.0 V ~ 50.0 V), no external power supply is required.
2. It supports the input power impact test of the sensor and can also measure the power consumption of the sensor.

 

6. Specification

6.1 AC and DC Current Standard Sources

Current Range	Resolution	Frequency (Hz)	Short-term Stability (ppm/min)	Measurement Uncertainty(k=2) (ppm*RD+ppm*RG)^[1]	Temperature Coefficient (ppm*RG/°C)	Compliance voltage (Vrms)
300 mA	100 nA	DC	30	60 + 40	5	2
		45~200	150	250 + 100	10	1.5
		200~1k	150	300 + 200	10	1.0
1 A	1 μA	DC	30	60 + 40	5	2
		45~200	100	200 + 100	10	1.2
		200~1k	100	300 + 200	10	1.0
3 A	1 μA	DC	30	60 + 40	5	2
		45~200	100	200 + 100	10	1.2
		200~1k	100	300 + 200	10	1.0
10 A	10 μA	DC	30	60 + 40	5	2
		45~200	100	150 + 50	10	1.2
		200~1k	100	200 + 100	10	1.0
30 A	10 μA	DC	30	60 + 40	5	2
		45~200	100	150 + 50	10	1.0
		200~1k	100	200 + 100	10	0.6
100 A	100 μA	DC	30	60 + 40	5	1.5
		45~200	100	150 + 50	10	0.8
		200~1k	100	200 + 100	10	0.5
Note [1]: RD is the reading value, RG is the range value, the same below

1. Output range: ±(60 mA~120 A), adjustment fineness: 0.001%*RG, 7-digit decimal display.
2. Output frequency: DC, 40 Hz ~ 1 kHz, ripple coefficient/distortion: <0.5%
3. Protection functions: open circuit protection, overload protection, overheating protection

6.2 Sensor Secondary Power Measurement

Current Range	10 mA, 100 mA, 1 A, manual/automatic range switching
Current Measurement Range	± (1 mA ~ 1.1 A)
Voltage Range	100 mV, 1 V, 10 V, manual/automatic range switching
Voltage Measurement Range	± (10mV ~ 12V)
Measurement Frequency	DC, AC 45 Hz ~ 1 kHz
Measurement Uncertainty (k=2)(ppm*RD+ppm*RG)	DC: 30 + 20
	AC: 60 + 40
Display Digits	7-digit decimal
Note	[1]: RD is the reading value, RG is the range value, the same below

 

6.3 Sensor Power Supply and Power Consumption Measurement

Supply Voltage	DC ± (5.0 V~50.0 V) adjustable
Maximum Load Capacity	1A
Measurement Uncertainty (k=2)	Voltage/Current: 0.2%, Power: 0.5%
Protective Function	Short circuit protection, overload protection, overheating protection

 

7. General Specification

Power Supply	AC (220±22) V, (50±2) Hz
Maximum Power Consumption	1.5 kVA
Preheat Time	30mins
Working Environment	Temperature: 0°C ~ 40°C Humidity: 20%R·H ~ 85%R·H, non-condensing Others: No electromagnetic field interference.
Storage environment	Temperature: -20°C ~ 70°C Humidity: <95%R·H, non-condensing
Communication Interface	RS232×1
Device Size	440 mm (W) × 450 mm (D) × 230 mm (H)
Weight	Approx 30 kg

 

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