Name: High Precision Fluke Multifunction Calibrator TD1880 For Electrical Measuring
Brand: TUNKIA
Price: 1 USD

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High Precision Fluke Multifunction Calibrator TD1880 For Electrical Measuring

Brand Name:TUNKIA

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Place of Origin:China

Price:negotiation

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Product Details

TD1880 High-Precision Multi-Product Calibrator

Introduction

TD1880, a wide-range, multi-value and high-precision calibrator, can accurately output ultra-precision AC/DC voltage, current, phase adjustment and power, and also has the functions of pulse output and simulating DC resistance, thermocouple (TC), thermal resistance (RTD) and capacitance. Applied to calibrate 6 and below digits multimeters or other electrical measuring instruments.

Reference

JJG 124-2005 Verification Regulation of Amperemeters, Voltmeters, Wattmeters and Ohmmeters.
JJF 1587-2016 Calibration Specification for Multimeters
JJF 1284-2011 Calibration Specification of Calibrators for Electrical Meters
JJF 1638-2017 Calibration specification of multifunctional standard source

Features

Electrical Parameters Output: Voltage is up to 1100 V, current is up to 30 A at a frequency 10 Hz ~ 500 kHz.
Resistance Simulation: Continuously variable range, 1 ~ 1100 M, pulse output range: 1 Hz ~ 2 MHz.
The output current has high stability (the typical value is better than 10 ppm/h) and high accuracy (the typical value is 50 ppm/a), and its measurement accuracy is higher than the international similar products.
Value Adjustment Method: Fixed-point, rotary encoder, step and potentiometer (option).
Output Switch: The output can be turned on/off arbitrarily by one-touch operation.
TC and RTD simulation: Support for simulation of up to 8 types of TC and 6 types of RTD.
Strong load capacity of AC, can drive various types of analogue meters and digital meters, so the applicable range of measured instruments is very wide.
The protection of voltage and current sources ensures high reliability under complex conditions.
Excellent Human-Computer Interaction: Large LCD touch screen display, touch and button operation modes, easy for users to measure manually.
Transmitter Measurement (Option): Measure the secondary DC signal of the transmitters.
Proprietary Software (Option): Support the calibration of the checked meters by semi-automatic or full-automatic, data management and report export.

Specification

AC Voltage Output

Range	Resolution	Frequency (Hz)	Accuracy (k = 2, ppm*RD +μV)		Max. Load Current (mA)
Range	Resolution	Frequency (Hz)	90 Days (23 ±5) °C	1 Year (23 ±5) °C	Max. Load Current (mA)
30 mV	100 nV	10 ≤ F≤ 45	600 + 6	800 + 6	50
		45 < F < 400	80 + 5	100 + 5
		400 < F < 10 k	80 + 10	100 + 10
		10 k < F < 20 k	160 + 10	200 + 10
		20 k < F < 50 k	800 + 10	1000 + 10
		50 k < F < 100 k	2800 + 12	3500 + 12
		100 k < F < 500 k	6000 + 50	8000 + 50
100 mV	1 μV	10 ≤ F≤ 45	250 + 8	300 + 8	50
		45 < F < 400	80 + 5	100 + 5
		400 < F < 10 k	80 + 10	100 + 10
		10 k < F < 20 k	80 + 10	200 + 10
		20 k < F < 50 k	280 + 10	350 + 10
		50 k < F < 100 k	640 + 10	800 + 10
		100 k < F < 500 k	1600 + 70	2000 + 70
300 mV	1 μV	10 ≤ F≤ 45	250 + 8	300 + 8	100
		45 < F < 10 k	80 + 10	100 + 10
		10 k < F < 20 k	80 + 10	200 + 10
		20 k < F < 50 k	280 + 10	350 + 10
		50 k < F < 100 k	640 + 10	800 + 10
		100 k < F < 500 k	1600 + 70	2000 + 70
1 V	10 μV	10 ≤ F≤ 45	250 + 50	300 + 50	100
		45 < F < 400	40 + 20	50 + 20
		400 < F < 10 k	80 + 20	100 + 20
		10 k < F < 20 k	160 + 20	200 + 20
		20 k < F < 50 k	280 + 20	350 + 20
		50 k < F < 100 k	640 + 20	800 + 20
		100 k < F < 500 k	2000 + 600	2400 + 600
3 V	10 μV	10 ≤ F≤ 45	250 + 50	300 + 50	100
		45 < F < 400	40 + 50	50 + 50
		400 < F < 2 k	64 + 50	80 + 50
		2 k < F < 10 k	80 + 50	100 + 50
		10 k < F < 20 k	160 + 50	200 + 50
		20 k < F < 50 k	280 + 50	350 + 50
		50 k < F < 100 k	640 + 50	800 + 50
		100 k < F < 500 k	2000 + 600	2400 + 600
10 V	100 μV	10 ≤ F≤ 15	250 + 30000	300 + 30000	100
		15 < F < 45	250 + 650	300 + 650
		45 < F < 400	40 + 150	50 + 150
		400 < F < 2 k	64 + 150	80 + 150
		2 k < F < 10 k	80 + 150	100 + 150
		10 k < F < 20 k	160 + 150	200 + 150
		20 k < F < 50 k	280 + 150	350 + 150
30 V	100 μV	10 ≤ F≤ 15	250 + 80000	300 + 30000	250
		15 < F < 45	250 + 650	300 + 650
		45 < F < 400	40 + 500	50 + 500
		400 < F < 2 k	64 + 500	80 + 500
		2 k < F < 10 k	80 + 500	100 + 500
		10 k < F < 20 k	160 + 500	200 + 500
		20 k < F < 50 k	280 + 500	350 + 500
100 V	1 mV	15 < F < 45	250 + 2000	300 +2000	250
		45 < F < 400	40 + 1000	50 +1000
		400 < F < 2 k	64 + 1000	80 + 1000
		2 k < F < 10 k	80 + 1000	100 + 1000
		10 k < F < 20 k	160 + 1000	200 + 1000
		20 k < F < 50 k	280 + 1000	350 + 1000
300 V	1 mV	15 < F < 45	250 + 6000	300 + 6000	100
		45 < F < 400	50 + 5000	50 + 5000
		400 < F < 2 k	80 + 5000	80 + 5000
		2 k < F < 10 k	80 + 5000	100 + 5000
		10 k < F < 20 k	160 + 5000	200 + 5000
		20 k < F < 50 k	280 + 5000	350 + 5000
1000 V	10 mV	45 ≤ F≤ 400	80 + 10000	100 + 10000	30
		400 < F < 2 k	96 + 10000	120 + 10000
		2 k < F < 10 k	120 + 10000	150 + 10000

Output Range: 3 mV ~ 1100 V; Display: 7 digits;
Distortion: <0.5 %;<1 % @ 10 mV…1 V ranges
Protection: Short-circuit protection, overload protection.

AC Current Output

Range	Resolution	Frequency (Hz)	Accuracy (k = 2, ppm*RD +μV)		Max. Load Current (mA)
Range	Resolution	Frequency (Hz)	90 Days (23 ±5) °C	1 Year (23 ±5) °C	Max. Load Current (mA)
300 μA	1 nA	10 ≤ F≤ 20	400 + 0.2	500 + 0.2	30
		20 < F < 45	300 + 0.1	350 + 0.1
		45 < F < 400	240 + 0.1	300 + 0.1
		400 < F < 2 k	320 + 0.2	400 + 0.2
		2 k < F < 10 k	400 + 0.5	500 + 0.5
		10 k < F < 20 k	4000 + 0.6	5000 + 0.6
		20 k < F < 50 k	6400 + 0.7	8000 + 0.7
1 mA	10 nA	10 ≤ F≤ 20	400 + 0.5	500 + 0.5	30
		20 < F < 45	200 + 0.1	250 + 0.1
		45 < F < 400	160 + 0.1	200 + 0.1
		400 < F < 2 k	160 + 0.2	200 + 0.2
		2 k < F < 10 k	240 + 0.5	300 + 0.5
		10 k < F < 20 k	2400 + 0.6	3000 + 0.6
		20 k < F < 50 k	5600 + 0.7	7000 + 0.7
3 mA	10 nA	10 ≤ F≤ 20	400 + 1.5	500 + 1.5	30
		20 < F < 45	200 + 0.1	250 + 0.1
		45 < F < 400	160 + 0.1	200 + 0.1
		400 < F < 2 k	160 + 0.2	200 + 0.2
		2 k < F < 10 k	240 + 0.5	300 + 0.5
		10 k < F < 20 k	1600 + 0.6	2000 + 0.6
		20 k < F < 50 k	4800 + 0.7	6000 + 0.7
10 mA	100 nA	10 ≤ F≤ 20	400 + 5	500 + 5	30
		20 < F < 45	200 + 0.5	250 + 0.5
		45 < F < 400	80 + 0.5	100 + 0.5
		400 < F < 2 k	160 + 1	200 + 1
		2 k < F < 10 k	400 + 2	500 + 2
		10 k < F < 20 k	1600 + 3	2000 + 3
		20 k < F < 50 k	4800 + 4	6000 + 4
30 mA	100 nA	10 ≤ F≤ 20	400 + 15	500 + 15	30
		20 < F < 45	200 + 2	250 + 2
		45 < F < 400	80 + 2	100 + 2
		400 < F < 2 k	160 + 3	200 + 3
		2 k < F < 10 k	400 + 5	500 + 5
		10 k < F < 20 k	1600 + 6	2000 + 6
		20 k < F < 50 k	4800 + 7	6000 + 7
100 mA	1 μA	10 ≤ F≤ 20	400 + 50	500 + 50	30
		20 < F < 45	200 + 5	250 + 5
		45 < F < 400	40 + 5	50 + 5
		400 < F < 2 k	80 + 10	100 + 10
		2 k < F < 10 k	160 + 20	200 + 20
		10 k < F < 20 k	800 + 30	1000 + 30
		20 k < F < 30 k	2400 + 40	3000 + 40
		30 k < F < 50 k	5000 + 40	6000 + 40
1 A	10 μA	10 ≤ F≤ 20	400 + 500	500 + 500	15
		20 < F < 45	200 + 20	250 + 20
		45 < F < 400	40 + 50	50 + 50
		400 < F < 2 k	50 + 100	50 + 100
		2 k < F < 10 k	160 + 500	200 + 500
		10 k < F < 20 k	800 + 600	1000 + 600
		20 k < F < 30 k	2400 + 700	3000 + 700
3 A	10 μA	10 ≤ F≤ 20	400 + 1500	500 + 1500	10
		20 < F < 45	200 + 100	250 + 100
		45 < F < 400	40 + 100	50 + 100
		400 < F < 2 k	80 + 100	100 + 100
		2 k < F < 10 k	160 + 500	200 + 500
10 A	100 μA	45 < F < 400	40 + 200	50 + 200	2.5
		400 < F < 2 k	80 + 200	100 + 200
		2 k < F < 10 k	160 + 500	200 + 500
30 A	100 μA	45 ≤ F≤ 400	80 + 600	100 + 600	2
		400 < F < 2 k	80 + 600	100 + 600
		2 k < F < 5 k	160 + 1500	200 + 1500

Output Range: 30 μA ~ 30 A; Display: 7 digits;
Distortion: <0.5 %;<1 % @ 300 μA…10 mA ranges
Protection: Short-circuit protection, overload protection.

DC Voltage Output

Range	Accuracy (K = 2) (ppm*RD + μV)			Max. Load Current (mA)	Ripple Coefficient (%)
Range	24 Hours	90 Days	1 Year	Max. Load Current (mA)	Ripple Coefficient (%)
30 mV	15 + 2	24 + 2	30 + 2	50	< 0.5
100 mV	12 + 2	20 + 2	25 + 2	50	< 0.5
300 mV	10 + 2	16 + 2	20 + 2	100	< 0.5
1 V	10 + 2	16 + 2	20 + 2	100	< 0.5
3 V	8 + 5	12 + 5	15 + 5	100	< 0.5
10 V	8 + 10	12 + 10	15 + 10	100	< 0.5
30 V	8 + 20	12 + 20	15 + 20	250	< 0.5
100 V	10 + 100	16 + 100	20 + 100	250	< 0.5
300 V	10 + 300	16 + 300	20 + 300	100	< 0.5
1000 V	10 + 1500	16 + 1500	20 + 1500	30	< 0.5

Output Range: ±(3 mV ~ 1100 V); Resolution: 0.0005 %*RG; Display: 7 digits
Range Switching: Automatic or Manual.

DC Current Output

Range	Accuracy (K = 2) (ppmRD + ppmRG)			Max. Load Voltage (V)	Ripple Coefficient (%)
Range	24 Hours	90 Days	1 Year	Max. Load Voltage (V)	Ripple Coefficient (%)
30 μA	50 + 0.01	80 + 0.01	100 + 0.01	11	< 0.5
100 μA	50 + 0.02	80 + 0.02	100 + 0.02	11	< 0.5
300 μA	50 + 0.02	80 + 0.02	100 + 0.02	11	< 0.5
1 mA	25 + 0.05	40 + 0.05	50 + 0.05	11	< 0.5
3 mA	25 + 0.05	40 + 0.05	50 + 0.05	11	< 0.5
10 mA	25 + 0.2	40 + 0.2	50 + 0.2	11	< 0.5
30 mA	25 + 0.5	40 + 0.5	50 + 0.5	11	< 0.5
100 mA	25 + 1	40 + 1	50 + 1	11	< 0.5
1 A	25 + 20	40 + 20	50 + 20	4	< 0.5
3 A	25 + 50	40 + 50	50 + 50	4	< 0.5
10 A	25 + 200	40 + 200	50 + 200	4	< 0.5
30 A	30 + 600	48 + 600	60 + 600	3.5	< 0.5

Output Range: ±(3 μA ~ 30 A); Resolution: 0.0005 %*RG; Display: 7 digits
Range Switching: Automatic or Manual.

AC/DC Power Output

DC Power	Range	Combination of DC voltage range and DC current range.
DC Power	Accuracy	DC voltage accuracy + DC current accuracy.
AC Power (45 Hz ~ 65 Hz)	Range	Combination of 30 V...300 V range and 10 mA…30 A range.
	Accuracy	Range of 10 mA…30 mA: 0.05 %*FS
	Accuracy	Range of 100 mA…30 A: 0.02 %*FS
	Power Factor	-1.0000…0.0000…+1.0000

Active Power (|cosφ| ≥0.5), Reactive Power (|sinφ| ≥0.5)

Capacitance

Range	Accuracy (k = 2) (%*RD+ nF or μF)	Resolution	Allowable Frequency
1.1 nF ~ 3.2999 nF	0.5 + 0.04 nF	0.1 pF	10 Hz ~ 3 kHz
3.3 nF ~ 10.9999 nF	0.25 + 0.04 nF	0.1 pF	10 Hz ~ 1 kHz
11 nF ~ 32.9999 nF	0.25 + 0.4 nF	0.1 pF	10 Hz ~ 1 kHz
33 nF ~ 109.999 nF	0.25 + 0.4 nF	1 pF	10 Hz ~ 1 kHz
110 nF ~ 329.999 nF	0.25 + 0.3 nF	1 pF	10 Hz ~ 1 kHz
330 nF ~ 1.09999 μF	0.25 + 1 nF	10 pF	10 ~ 600 Hz
1.1 μF ~ 3.29999 μF	0.25 + 3 nF	10 pF	10 ~ 300 Hz
3.3 μF ~ 10.9999 μF	0.25 + 10 nF	100 pF	10 ~ 150 Hz
11 μF ~ 32.9999 μF	0.40 + 30 nF	100 pF	10 ~ 120 Hz
33 μF ~ 109.999 μF	0.45 + 100 nF	1 nF	10 ~ 80 Hz
110 μF ~ 329.999 μF	0.45 + 300 nF	1 nF	0 ~ 50 Hz
330 μF ~ 1.09999 mF	0.45 + 1 μF	10 nF	0 ~ 20 Hz
1.1 mF ~ 3.29999 mF	0.45 + 3 μF	10 nF	0 ~ 6 Hz
3.3 mF ~ 10.9999 mF	0.45 + 10 μF	100 nF	0 ~ 2 Hz
11 mF ~ 30 mF	0.75 + 30 μF	100 nF	0 ~ 0.6 Hz

Resistance

Range	Allowable Current	Accuracy (k = 2), ppm*RD +Ω
Range	Allowable Current	24 Hours	90 Days	1 Year
10 Ω	1 mA ~ 150 mA	20 + 0.01	32 + 0.01	40 + 0.01
20 Ω	1 mA ~ 150 mA	15 + 0.015	24 + 0.015	30 + 0.015
100 Ω	1 mA ~ 80 mA	12 + 0.015	20 + 0.015	25 + 0.015
300 Ω	1 mA ~ 40 mA	12 + 0.02	20 + 0.02	25 + 0.02
1 kΩ	1 mA ~ 20 mA	12 + 0.02	20 + 0.02	25 + 0.02
3 kΩ	0.1 mA ~ 6 mA	12 + 0.2	20 + 0.2	25 + 0.2
10 kΩ	0.1 mA ~ 2 mA	12 + 0.2	20 + 0.2	25 + 0.2
30 kΩ	10 μA ~ 600 μA	15 + 1	24 + 1	30 + 1
100 kΩ	10 μA ~200 μA	15 + 1	24 + 1	30 + 1
300 kΩ	1 μA ~ 60 μA	17 + 10	28 + 10	35 + 10
1 MΩ	1 μA ~ 20 μA	17 + 10	28 + 10	35 + 10
3 MΩ	250 nA ~ 6 μA	30 + 150	48 + 150	60 + 150
10 MΩ	250 nA ~ 2 μA	65 + 250	104 + 250	130 + 250
30 MΩ	25 nA ~ 600 nA	125 + 2.5 k	200 + 2.5 k	250 + 2.5 k
100 MΩ	25 nA ~ 200 nA	250 + 3 k	400 + 3 k	500 + 3 k
300 MΩ	2.5 nA ~ 60 nA	1,5 k + 0.1 M	2.4 k + 0.1 M	3 k + 0.1 M
1000 MΩ	1 nA ~ 20 nA	7.5 k + 0.5 M	12 k + 0.5 M	15 k + 0.5 M

Output Range of Resistance: 0 Ω ~ 1100 MΩ; Resolution: 0.0004 %*RG; Display: 7 digits

Thermal Resistance (RTD)

Type	Temperature Range (°C)	Accuracy (k = 2) (°C)
Type	Temperature Range (°C)	90 Days	1 Year
Pt385, 100 Ω	-200 ~ 0	0.05	0.05
	0 ~ 300	0.08	0.08
	300 ~ 850	0.12	0.12
Pt385,200 Ω	-200 ~ 250	0.04	0.04
Pt385,200 Ω	250 ~ 630	0.10	0.15
Pt385,500 Ω	-200 ~ -30	0.36	0.40
Pt385,500 Ω	-30 ~ 630	0.10	0.11
Pt385,1000 Ω	-200 ~ 0	0.027	0.03
	0 ~ 300	0.054	0.060
	300 ~ 600	0.063	0.070
CU50	-50 ~ 150	0.09	0.09
CU100	-50 ~ 150	0.045	0.045

Thermocouple (TC)

Type	Temperature Range (°C)	Accuracy (k = 2) (°C)
Type	Temperature Range (°C)	90 Days	1 Year
B	410 ~ 600	0.30	0.35
	600 ~ 900	0.30	0.31
	900 ~ 1800	0.26	0.30
E	-200 ~ 0	0.10	0.11
	0 ~ 600	0.07	0.08
	600 ~ 1000	0.09	0.10
J	-200 ~ -100	0.12	0.13
	-100 ~ 750	0.09	0.09
	750 ~ 1200	0.10	0.10
K	-200 ~ -100	0.15	0.20
	-100 ~ 1000	0.10	0.10
	1000 ~ 1370	0.12	0.12
N	-200 ~ -100	0.20	0.25
	-100 ~ 400	0.12	0.12
	400 ~ 1300	0.10	0.12
R	-50 ~ 50	0.30	0.40
	50 ~ 300	0.28	0.32
	300 ~ 1000	0.22	0.23
	1000 ~ 1750	0.25	0.25
S	-50 ~ 50	0.30	0.40
	50 ~ 300	0.31	0.34
	300 ~ 1000	0.24	0.24
	1000 ~ 1750	0.22	0.23
T	-200 ~ -100	0.17	0.25
	-100 ~ 0	0.08	0.11
	0 ~ 400	0.08	0.08

Pulse

Frequency Range: 1 Hz ~ 2 MHz, TTL Level
Resolution: 0.001 %*RG
Accuracy: ±(0.002 %*RD + 20 μHz)
Jitter: <20 ns

DC Small Signal Measurement (Option)

Range: 1 V, 10 V, 2 mA, 20 mA
Measuring Range: ± (0 ~12 V)；± (0 ~ 24 mA)
Accuracy: ±(0.006 %*RD + 0.004 %*RG)
Notes: Applied to measure the secondary DC signal of the transmitters.

Company Profile

TUNKIA Co., Ltd. is a unique company with top R&D strength in electromagnetics in China. Since its founding in 1998, Tunkia focus on electromagnetic measurement technology, gathered more than 400 personnel all over the world. At present, Tunkia has launched 32 categories and over 500 advanced electromagnetic measurement equipment, serving over 10,000 users, and exported to over 20 countries in the world.

Go in detail, electrical measurement with current from pA to 10kA, voltage from nV to 100kV, resistance from nΩ to tΩ, frequency from DC to 10MHz and accuracy from 10-4 to 10-6. It all have been converted into 22 series electrical testing equipment: measurement standards, AC & DC instruments, new energy detection, etc. For magnetic measurement, Tunkia has researched 11 series testing equipment for material and products. We provide comprehensive testing solutions about magnetic intensity, flux, permeability, histeresis loop, etc.

Tunkia have been highly recognized by the Chinese government and international organizations. Since 2014, we have took part in IEC meetings on behalf of China, participated in the formulation and revision of more than 40 national standards. All in all, Tunkia is striving to become a world-class supplier of electromagnetic measurement equipment.

A Unique Company with Top R&D Strength in Electromagnetics in China!

DISTRIBUTOR PARTNER

Tunkia is striving to become a world-class supplier of electromagnetic measurement equipment.

DC CHARACTERISTICS

The range of working voltage, working current and other electrical parameters vary from V to kV and A to kA, which ensures the accuracy and stability in the wide dynamic range, and the nonlinear nature of grid load also causes DC overlap, which requires the frequency of the test device and the synchronous output and measurement.

MEET MULTIPLE NEEDS

TUNKIA has developed a comprehensive testing scheme based on the requirements of R46 standards.For the new intelligent electric energy meter, the measurement verification test specified in the verification procedure and the type evaluation test specified in the type evaluation outline can be completed.

High Precision Fluke Multifunction Calibrator TD1880 For Electrical Measuring

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