Related Manuals for Brightwin Technology ETX-1825
Summary of Contents for Brightwin Technology ETX-1825
- Page 1 Multifunction Process Calibrator User Manual Model No.: ETX-1825 Shenzhen Brightwin Technology Co., Ltd.
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Page 2: Table Of Contents
Contents 1 Basic Introduction ............... 1 1.1 Function ....................1 1.2 Summary of Source and Measure Functions ........1 1.3 Terminal Description ................2 1.4 Keys description .................. 3 2 Basic Operation................5 2.1 Measure and Source ................5 2.2 Shut Down Mode................. 7 2.3 Backlight brightness Adjustment ............ - Page 3 7 Advanced Application ............... 22 7.1 Setting 0 % and 100 % Output Parameters ........22 7.2 Auto Ramping the Output ..............23 7.3 Factory Reset..................24 7.4 Calibrating a Transmitter ..............24 8 Power ..................26 8.1 Charge ....................26 9 Specifications ................
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Page 4: Basic Introduction
1 Basic Introduction 1.1 Function ⚫ A split-screen display. The upper display allows you to measure volts, current (with loop power), resistance and continuity test. The lower display allows you to measure and source volts, current, resistance temperature detectors (RTD), thermocouples (TC), frequency, and ohms. ⚫... -
Page 5: Terminal Description
1.3 Terminal Description Figure 1.3-1 Name Description Communication and Connect the power adaptor to charge batteries or ① Charging connector connect the calibrator to the computer. Measure V, mV, mA, Input terminals for measuring voltage, current, ② ③ Loop, Ω and continuity resistance, and supplying loop power. -
Page 6: Keys Description
1.4 Keys description Figure 1-3 Description Turns the power on or off Selects DC V or DC mV measurement function in the upper display Selects DC mA or Loop Power measurement function in the upper display Selects resistance measurement or continuity test function in the upper display Turns backlight on or off. - Page 7 Cycles through: Slow repeating 0 % - 100 % - 0 % ramp Fast repeating 0 % - 100 % - 0 % ramp Repeating 0 % - 100 % - 0 % ramp in 25 % steps Set output by 0% of span. Press and hold to store the source value as the 0 % value.
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Page 8: Basic Operation
2 Basic Operation 2.1 Measure and Source This section acquaints you with some basic operations of BRT-2025/ BRT-1825. Proceed as follows to perform a voltage-to-voltage test: Connect the calibrator’s the voltage output to its voltage input as shown in Figure 2.1-1. Figure 2.1-1 Press more than 2 seconds to turn on the calibrator. - Page 9 Then the type of product and automatic shutdown time will be displayed for 2 seconds as shown in Figure 2.1-3. Figure 2.1-3 Then the default interface of boot will be displayed as shown in Figure 2.1-4: Figure 2.1-4 Attention: The upper and lower default modes are both based on DC voltage during turn on. Press for SOURCE mode (lower screen).
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Page 10: Shut Down Mode
Press to step between 0 and 100% in 25% step increments. The screen will display as shown in Figure 2.1-6 Figure 2.1-6 2.2 Shut Down Mode The calibrator comes with the Shut Down mode enabled for a time duration set to 30 minutes (displayed for about 2 seconds when the calibrator is initially turned on). -
Page 11: Functions Of Upper Display
in Figure 2.3-1. Figure 2.3-1 Press to adjust the brightness of backlight. Press to save brightness level, will appear and then the calibrator will enter into the work mode (Without pressing any key for 5 seconds, the calibrator will exit automatically). 3 Functions of Upper Display 3.1 DC V and DC mV Measurement The default function of the upper screen is DC V measurement after turn on. -
Page 12: Dc Ma Measurement
3.2 DC mA Measurement Press to select DC mA(unit: ), the sign should not be displayed and connection is same to that of DC V measurement. 3.3 Current Measurement with Loop Power The loop power function activates a 24 V supply in series with the current measuring circuit, allowing you to test a transmitter when it is disconnected from plant wiring. -
Page 13: Functions Of Lower Display
circularly with the unit of Ω and the connection is the same as DC V measurement. In the continuity test function, the buzzer works when the measured value less than 50Ω. 4 Functions of Lower Display The state of the upper display remains unchanged during the operation of the lower display. -
Page 14: Dc Ma Measurement
4. 2 DC mA Measurement Press to select mode, press to select DC mA measuring function with the unit of . The connection is shown in Figure 4.2-1. Figure 4.2-1 4.3 DC mA Source（active） Press to select mode. If necessary, press to select DC mA source with the unit of and then the calibrator can implement current... -
Page 15: Simulating A 4- To 20-Ma Transmitter
Figure 4.3-1 When the output load is too heavy, sign will appear in the display as shown in Figure 4.3-2. and, at the same time, the main value of lower display will flash, which means that the actual output current cannot reach the set value, so you should check connection and load accordingly. -
Page 16: Measure And Source Of Resistane
Loop Power Supply Display device Figure 4.4-1 4.5 Measure and Source of Resistance Measure Press to select mode. If necessary, press to select resistance function with the unit of . The interface is shown in Figure 4.5-1: Figure 4.5-1 Attention: Over range indicate when the connection open Resistance measurement supports the connection types of two-wire, three-wire and four-wire. - Page 17 Figure 4.5-2 Press to select a 2-, 3-, or 4- wire connection and then the calibrator will not detect the connecting type automatically unless you quit the mode of resistance measurement and reenter. Source Press to select mode. If necessary, press to select resistance function with the unit of .
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Page 18: Measure And Source Of Frequency
Attention: The Figure 4.5-3 is 400 range and the Figure 4.5-4 is 3200 range. 4.6 Measurement / Source of Frequency Measure Press to select mode, press to select frequency, its unit . The connection is same to DC V measurement. The screen will display as shown in Figure 4.6-1 Figure 4.6-1 Source... -
Page 19: Temperature Measurement
5 Temperature Measurement 5.1 Using Thermocouples (TC) The calibrator supports ten standard thermocouples, including type E, N, J, K, T, B, R, S, L, or U. Lower table summarizes the ranges and characteristics of the supported thermocouples. Negative Lead Type Positive Lead Material Specified Range（℃）... - Page 20 Figure 5.1-1 Attention: If the calibrator and the thermocouple plug are at different temperatures, wait one minute or more for the connector temperature to stabilize after you plug the miniplug into the TC input/output. Press to select mode. Press for the TC display. If desired, continue pressing this key to select the desired thermocouple type as shown in Figure 5.1-2.
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Page 21: Figure
There are two kinds of cold end temperature compensation for thermocouple measurement, automatic compensation directly using machine internal cold end temperature compensation and manual compensation through the key to set the cold end temperature compensation by the user. 5.1.1 Automatic compensation First entered the thermocouple measurement mode, the default of the cold end temperature compensation is automatic compensation reading as shown in Figure 5.1.1-1. -
Page 22: Using Resistance Thermometer Detector (Rtd)
compensation. Figure 5.1.2-1 If you need to adjust the manual compensation value, press keys to adjust. Press key to save the value of manual compensation and exit from the setup mode at the same time, reading as shown in Figure 5.1.2-2. Figure 5.1.2-2 If necessary, press key return to automatic compensation. -
Page 23: Simulation Of Temperature Sensor
Press to select mode. Press for the RTD display. If desired, continue pressing this key to select the desired RTD type. The calibrator can detect the connecting type automatically, and you can Press to select a 2-, 3-, or 4- wire manually. 6 Simulation of temperature sensor 6.1 Simulating Thermocouples Connect calibrator input/output terminal to the instrument to be tested using the... -
Page 24: Simulating Rtd
Figure 6.1-1 Press to display the DC mV value. The DC mV value continue to display for 3s and then automatically return to the original display. 6.2 Simulating RTD Connect the calibrator and the instrument to be tested according to the Figure 6.2-1. -
Page 25: Advanced Application
simulation. The calibrator can simulate a two-wire RTD source in the front panel. To be connected to a third-wire or Fourth -wire transducer, folding cable can be sued to use as extra wiring. If necessary, press to select mode. Press for the RTD display. -
Page 26: Auto Ramping The Output
Frequency 2,000Hz 0.0 Hz 2000.0 Hz Frequency 20 kHz 0.000 kHz 20.000 kHz 0.0 ℃ 1000.0 ℃ TC - J model 0.0 ℃ 1000.0 ℃ TC - K model 0.0 ℃ 400.0 ℃ TC - T model 0.0 ℃ 800.0 ℃ TC - E model 0 ℃... -
Page 27: Factory Reset
7.3 Factory Reset Factory reset consists of the following items: ⚫ The upper and lower working modes recover to DC V measurement function. ⚫ Automatic shutdown time is reset to be 30 min and becomes effective. ⚫ LCD backlight brightness is reset to be 60%. ⚫... - Page 28 black Figure 7.4-1 www.brightwinelectronics.com info@brightwinelectronics.com...
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Page 29: Power
8 Power The calibrator needs 6 disposable LR03 model (size 7) alkaline batteries or 6 R03 model (size 7) nickel-metal hydride batteries (or nickel-cadmium batteries). The longest service life of alkaline batteries can reach 50 hours. A 12V/1A power adaptor is used for charging and providing working power for the calibrator. -
Page 30: Specifications
9 Specifications Specifications are based on a one-year calibration cycle and apply from +18 C to +28 C unless stated otherwise. All specifications assume a 10 minute warmup period. 9.1 DC Voltage Measurement Accuracy ( % of reading + Maximum counts) Range measurement... -
Page 31: Dc Ma Measurement
9.3 DC mA measurement Accuracy ( % of reading + Maximum counts) Range measurement Resolution range BRT-1825 BRT-2025 20mA -24mA～24mA 0.001mA 0.05+2 0.025+2 (upper display) 20mA 0～24mA (loop of upper 0.001mA 0.05+2 0.025+2 display) 20mA 0～24mA 0.001mA 0.05+2 0.02+2 (lower display) ℃～... -
Page 32: Resistance Measurement (Lower Display)
400Ω 0.1Ω 0～440Ω 0.05+2 3200Ω 420Ω～3300Ω 1Ω 1Ω On-off test 0～200Ω 0.05+1 ℃～ ℃， ℃～ ℃ ℃ temperature coefficient,± 0.005%FS/ Maximum load voltage: 20V, equivalent to voltage of 20mA on 1000Ω load resistance. 9.6 Resistance measurement (lower display) Accuracy（Ω） BRT-1825 BRT-2025 Maximum Range... -
Page 33: Frequency Measurement
3200Ω 0.1Ω 400～3600Ω 0.1mA～0.6mA 0.50 ℃～ ℃， ℃～ ℃ ℃ temperature coefficient,± 0.005%FS/ 9.8 Frequency measurement Accuracy ( % of reading + Maximum counts) Range measurement Resolution range BRT-1825 BRT-2025 100Hz 1~99.999Hz 0.001Hz 1000Hz 100~999.99Hz 0.01Hz 0.02+1 0.01+1 10kHz 1k~9.9999kHz 0.1Hz 100kHz 10k~99.999kHz... -
Page 34: Temperature, Thermocouples
9.10 Temperature, thermocouples Accuracy (℃) Graduation Range Resolution BRT-1825 BRT-2025 -200℃～0℃ 1.5℃ 1.0℃ 0.1℃ 0℃～1200℃ 1.0℃ 0.7℃ -200℃～0℃ 1.8℃ 1.2℃ 0.1℃ 0℃～1370℃ 1.2℃ 0.8℃ -200℃～0℃ 1.8℃ 1.2℃ 0.1℃ 0℃～400℃ 1.2℃ 0.8℃ -200℃～0℃ 1.5℃ 0.9℃ 0.1℃ 0℃～950℃ 1.0℃ 0.7℃ -20℃～0℃ 4℃ 2.5℃... -
Page 35: Product Accessories
3-wire: Assumes matched leads with a total resistance not exceeding 25Ω. 10 Product Accessories 10.1 Standard Accessories BRT-2025/BRT-1825 multifunction process calibrator also includes the following: ⚫ Hard spot test leads (two sets) ⚫ Alligator clips (two sets) ⚫ One 12V/1A power adaptor ⚫ ETX-2025/ETX-1825 User Manual www.brightwinelectronics.com info@brightwinelectronics.com... -
Page 36: Optional Accessories
Alligator clip Hard spot test leads Figure 10.1-1 10.2 Optional Accessories ⚫ 6 R03-model rechargeable batteries ⚫ 1 Metal Box ⚫ Communication line 11 Warning To avoid possible electric shock or personal injury: ⚫ Test a given voltage to confirm its normal operation before using. Mutual authentication of the upper and lower display data, for instance. - Page 37 ⚫ Remove the test line of the calibrator before opening the battery door. ⚫ Check whether damaged or exposed metal exists in test line and whether the test line has been conducted. Replace the damaged test line before using. ⚫ Do not touch the metal contact when the detector is used.
- Page 38 Shenzhen Brightwin Technology Co., Ltd. Phone: 0086-18126150525 E-mail: info@brightwinelectronics.com Website: www.brightwinelectronics.com www.brightwintech.com...
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