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China MS2670PN Program Control Withstand Voltage Tester
China MS2670PN Program Control Withstand Voltage Tester

  1. China MS2670PN Program Control Withstand Voltage Tester
  2. China MS2670PN Program Control Withstand Voltage Tester

MS2670PN Program Control Withstand Voltage Tester

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Test output voltage AC：0 - 5.00 (kV),DC：0 - 6.00 (kV)
Test output current 0-100(mA)
Size 420 mm * 345 mm * 155 mm
Output frequency 50Hz/60Hz/00Hz ±5%.
Model Number MS2670PN

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  1. Product Details
  2. Company Details

Product Specification

Test output voltage AC：0 - 5.00 (kV),DC：0 - 6.00 (kV) Test output current 0-100(mA)
Size 420 mm * 345 mm * 155 mm Output frequency 50Hz/60Hz/00Hz ±5%.
Model Number MS2670PN
High Light MS2670PN Withstand Voltage Tester ，100mA Withstand Voltage Tester ，5.00kv ac withstand voltage test
1. Product Overview
1.1 Product introduction
The MS2670PN series tester is a program control withstand voltage tester based on electrical strength test. The voltage rises according to the set time gradient. It has 4 sets of memory modes, RS232 and PLC interfaces, and can be customized with added 485 interfaces.
The test circuits provided by this series of testers meet the Household and Similar Electrical Appliances - Safety Part I General Requirements (4706.1), Testing Operational Procedure of Household and Similar Electrical Appliances Safety General Requirements (I) (4706.2, GB5956), and the national testing standards for household appliances.
In addition to being used as a safety regulation tester, this instrument can also be used in other situations requiring high pressure, such as high pressure source, high pressure cleaning, high pressure gas discharge, etc.
 
 
1.2 Applicable standards
GB4706.1, IEC60335-1, UL60335-1 Household and Similar Electrical Appliances - Safety Part I General Requirements;
GB4943,UL60950,IEC60950 Information Technology Equipment Safety;
GB8898,UL60065,IEC60065 Audio, Video and Similar Electronic Apparatus - Safety Requirements;
GB4793.1,IEC61010-1, Safety Requirements for Electrical Equipment for Measurement, Control and Laboratory Part I: General Requirements.
 
 
1.3 Application fields
1.3.1 Devices: diode, transistor, high voltage silicon stack, high voltage capacitor, electronic transformer, connector, low voltage electrical switch, AC contactor, etc.
1.3.2 Household appliances: TV, refrigerator, air conditioning, washing machine, bread machine, kitchen treasure, electric water heater, electric blanket, charger, etc.
1.3.3 Instruments: oscilloscope, DC power supply, switching power supply, etc.
1.3.4 Office equipment: computer, printer, fax machine, telephone, copier, money detector, etc.
1.3.5 Lighting appliances: ballast, road lamp, stage lamp, hand lamp, energy-saving lamp, etc.
1.3.6 Electric apparatus: electric drill, pistol drill, cutting machine, grinding machine, grinding machine, welding machine, etc.
1.3.7 Motor: rotating motor, micro motor, motor, etc.
1.3.8 Insulation material: thermoplastic casing, capacitor film, high voltage casing, insulating paper, insulating shoes, insulating rubber gloves, PCB circuit board, etc.
1.3.9 Wire and cable: cable, optical cable, rubber cable, high voltage line, etc.
 
1.4 Product characteristics
This series of testers use the microprocessor as the core, which can complete each test accurately by the test channel collecting the parameter change of the tested appliance in real time.
The tester uses a backlight liquid crystal display screen, which has soft light, high definition, and small influence from environmental light; the double-entry menu is simple and easy to be understood; it can display test results in full screen; the multi-group test condition memory can easily realize the test of a variety of electrical appliances.
This tester uses modular design, and can be added with all kinds of functions in addition to standard functions according to customer requirements, to meet the production test requirements of customer to the maximum extent.
 
2 Main Technical Indicators and Parameters
2.1 Basic parameters
Test output voltage: AC:0 - 5.00 (kV) Display accuracy: 0.50 - 5.00 (k V)±3% ±3 words
DC:0 - 6.00 (kV) Display accuracy: 0.50 - 6.00 (k V)±3% ±3 words
Resolution: 0.01 (kV)
Test output current: 0-100(mA) Display accuracy: 0.200-5.000 mA ±3%±3 words
05.00 - 50.00 mA ±3% ±3 words 050.0 - 100.0 mA ±3% ±3 words
Maximum output current for each model is shown in Table 1 below
 
Withstand test time: 1 - 999.8 (s )±3% ±1 S; resolution: 0.2(s)
Withstand boost time: 1 - 60.0(s )±3% ±1 S; resolution :0.2(s)
Output frequency: 50Hz/60Hz/00Hz ±5%.
 
2.2 List of specific parameters for this series of testers
Parameters
Model
Withstand output voltage (KV)
Withstand output current
(mA)
Withstand voltage frequency
(Hz)
2670PN-I
5.00
12/ AC /
50/60
2670PN-IIA
5/ AC 6/DC /
12/ AC 5/DC /
50/60/00
2670PN-IB
5.00
20
50/60
2670PN-IIB
5/ AC 6/DC /
20/ AC 10/DC /
50/60/00
2670PN-IC
5.00
40
50
2670PN-IIC
5/ AC 6/DC /
40/ AC 10/DC /
50/00
2670PN-IE
5.00
100
50
2670PN-IIE
5/ AC 6/DC /
100/ AC 10/DC /
50/00
2670PN-ID
5.00
200
50
2670PN-IID
5/ AC 6/DC /
200/ AC 10/DC /
50/00
 
Table 1
 
 
Size: 420 mm * 345 mm * 155 mm (length * width * height) (MS2670PN-IA/MS2670PN-IIA/MS2670PN-IB/MS2670PN-IIB)
Note: 1. The output current of this table is 0-maximum and the accuracy range is calculated from 0.200 mA.
2. This table shows the basic parameters of this series of instruments. If you have special requirements, the tester can be customized.
3 Other Functions
3.1 Safety protection functions
a. Shut off and alarm against short circuit.
b. Alarm against out of tolerance
3.2 Memory function
The tester can save the commonly used withstand voltage test modes. You can quickly enter the selected
3.3 Interface function (optional)
a. The tester is equipped with an RS232 computer interface through which you can set the instrument by computer, upload the test data by computer, and save the data or print the immediate result or the daily test results by computer. (you should book to the manufacturer in order to use this function).
b. The tester is equipped with a PLC interface
3.4 Display
The tester is equipped with LCD character display and backlight display, which is convenient for the operation of Human - Machine Interface.
3.5 Keys
The tester has 10 keys: shortcut key “MOD,VOL,I,TIME”, “START” test key , “STOP” stop key , “SET” setting key, “ENT” enter key , “▼” DOWN key , “▲” UP key.
 
4. Instructions of the Panel Structure
 
4.2 Introduction of all parts:
(1) Input power switch: Press down the switch to turn on the power supply and key up to turn off the power supply..
(2) Reset key: it can be used as the sound reset switch of the switch alarm during testing, as the switch to interrupt the test in the course of the test, and as the switch to exit setting mode during mode setting.
(3) Start up key: it can be used as a test start switch.
(4) External control (this model does not have this function).
(5) “MOD” key: press this key to set save mode
(6) “VOL” key: press this key to set the test voltage
(7) “I” key: press this key to set the upper limit alarm value of current
(8) “TIME” key: press this key to set test time
(9) “SET” key: pressing this key can select the set item by pressing one button to set the instrument
(10)"∨" DOWN key: This key can be used as the function key to select the function mode and input the value of each test parameter when setting the mode.
(11)"∧" UP key: This key can be used as the function key to select the function mode and input the value of each test parameter when setting the mode.
(12) “ENT” key: This key can be used as the Enter key to set the result and the Select key to select the test items
(13) Indicator of test: press the start key, and this indicator lights up.
(14) Indicator of qualified test: if the test is qualified, this indicator lights up.
(15) Indicator of alarm: this indicator lights up when the tested object failed to pass the test.
(16) High voltage output terminals: the special output terminals can withstand high voltage of more than 10 KV.
(17) Circuit (RETURN) terminal: the circuit terminal of a high voltage transmission is also the sampling terminal of leakage current.
(18) LCD: the LCD display has 20 × 2 line of backlight LCD, which displays the setting data or test results.
(19) “PLC” interface: It is a 9PIND terminal block containing the monitoring signal outputs of PROCESSING (in test), PASS( test passed), and FALL (test failure) and the remote-control signal inputs of TEST and RESET. The wiring is as follows:
PROCESSING output signal: between PIN1 and PIN4. (two points are conducted when the signal is available)
PASS output signal: between PIN6 and PIN7. (two points are conducted when the signal is available)
FALL output signal: between PIN8 and PIN9. (two points are conducted when the signal is available)
TEST input signal: between PIN2 and PIN5. (two points are conducted to control)
RESET input signal: between PIN3 and PIN5. (two points are conducted to control)
Note: the 2, 3, and 5 ports of PLC are switch conduction ports. Do not connect them to the ground wire and power supply or other live signals of the control equipment.
  • "232" interface: it is a standard 9 PIND seat.
(21) Grounding terminal: it is used as safety protection of ground post.
(22) Input power outlet: the standard IEC 320 power outlet can receive power of standard NEMA plug, and the jack is equipped with 5A fuse.
5 Introductions for Instrument Operation and Settings
5.1 Introductions of setting parameters and related interfaces
 
5.1.1 Figure 1 shows the interface after start up; press any key, you can enter the interface shown in Figure 2.
When the value bit (xxx) in the interface is K word, you should first press the UP key, hold the up and down key, the number can jump quickly.
 
 
 
 
 
 
W
E
L
C
O
M
E
 
 
 
 
 
 
 
 
M
i
n
s
h
e
n
g
 
I
n
s
t
r
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m
e
n
t
Figure 1
 
S
--
x
 
M
 
 
 
 
1
 
W
V
 
 
 
 
 
 
 
 
x
x
.
x
S
 
 
 
 
 
 
 
 
 
x
X
H
z
 
Figure 2
 
 
 
 
 
5.1.2 Press "SET" key, as the cursor in Figure 3 shown; select save mode with shortcut key “MOD”; press MOD key, as shown in figure 4, to cycle the selection mode 1-4.
 
S
--
1
 
M
 
 
 
 
1
 
W
V
 
 
 
 
 
 
 
 
x
x
.
x
S
 
 
 
 
 
 
 
 
 
x
X
H
z
 
Figure 3
 
S
--
4
 
M
 
 
 
 
1
 
W
V
 
 
 
 
 
 
 
 
x
x
.
x
S
 
 
 
 
 
 
 
 
 
x
X
H
z
 
Figure 4
 
 
5.1.3 Press the "SET" key, as shown in figure 5 cursor; press the up and down keys to change the value, as shown in Figure 10, to cycle and select the frequency value of the voltage output voltage within 50 HZ, 60HZ, and 00Hz
 
S
--
1
 
M
 
 
 
 
1
 
W
V
 
 
 
 
 
 
 
 
0
2
.
0
S
 
 
 
 
 
 
 
 
 
x
x
H
z
 
Figure 5
 
S
--
1
 
M
 
 
 
 
1
 
W
V
 
 
 
 
 
 
 
 
0
2
.
0
S
 
 
 
 
 
 
 
 
 
5
0
H
z
 
Figure 6
 
 
5.1.4 Press “SET” key to enter the interface as shown in Figure 7; press “SET” key, as the cursor in Figure 8 shown, and press the up and down keys to change the value, as shown in Figure 9 which is boost time: 3 S.
 
S
--
1
 
W
V
 
x
x
.
x
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 7
 
S
-
1
 
W
V
 
x
x
.
x
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 8
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 9
 
 
5.1.5 Press the “SET” key again, as the cursor in Figure 10 shown; press the up and down keys to change the value, as shown in Figure 11 which is test time 60 S.
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 10
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
0
6
0
.
0
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 11
 
5.1.6 Press the “SET” key again, as the cursor in Figure 12 shown; press up and down keys to change the value, as shown in figure 13 which is output voltage value 2500 V.
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
0
6
0
.
0
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 12
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
0
6
0
.
0
S
0
2
.
5
0
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 13
 
5.1.7 Press the “SET” key again, as the cursor in figure 14 shown; press the up and down keys to change the value, as shown in Figure 15 which is leakage current threshold 10 mA.
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
0
6
0
.
0
S
0
2
.
5
0
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 14
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
0
6
0
.
0
S
0
2
.
5
0
k
v
A
C
 
 
 
 
1
0
.
0
0
m
A
Figure 15
 
5.1.8 Press “ENT” key to save the settings and exit, as shown in Figure 16; press “ENT” key to enter the interface shown in Figure 17, and wait for test.
 
S
--
1
 
W
V
 
0
3
.
0
S
 
 
0
6
0
.
0
S
0
2
.
5
0
k
v
A
C
 
 
 
 
1
0
.
0
0
m
A
Figure 16
 
S
--
1
 
M
 
 
 
 
1
 
W
V
 
 
 
 
 
 
 
 
0
2
.
0
S
 
 
 
 
 
 
 
 
 
5
0
H
z
 
Figure 17
5.1.9 Usage of quick setting key. In the parameter setting interface, press the “VOL”, “I” and “TIME” keys to quickly enter the settings of voltage, current, and voltage test time respectively.
 
5.2 Related interfaces of test and instructions
After the parameter setting is completed, return to the interface of Figure 2, insert one end of the high-voltage test line into the high voltage output port, and clamp the sample at the other end; insert one end of the test line into the loop port, and clamp the other point of the sample on the other end. Press the start button to start the test, and the test indicator lights up. In the test, if the tested sample is not qualified, the tester sends out acousto-optic alarm signal, the buzzer rings, and the alarm lamp lights up, at this time, you must reset the tester by pressing the reset key. If the test of the sample is completed and the tested sample is qualified, the qualify indicator lights up.
Press any key to enter the last test mode when you start the tester at the next time, as the interface in Figure 28 shown, you can also press the mode key to select the pre-set test mode for testing.
 
 
 
5.2.1 Withstand voltage test: Figures 18 to 21 are the interfaces of withstand voltage test.
The table cell with shading in Figure 18 represents the boost time of the high voltage output.
The table cell with shading in Figure 19 represents the test time of the withstand voltage test.
The table cell with shading in Figure 20 represents the voltage value of the high voltage output.
The table cell with shading in Figure 21 represents the value of leakage current.
 
S
-
x
 
W
V
 
x
x
.
x
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 18
 
S
-
x
 
W
V
 
x
x
.
x
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x.
.
x
x
m
A
Figure 19
 
S
-
x
 
W
V
 
x
x
.
x
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x
.
x
x
m
A
Figure 20
 
S
-
x
 
W
V
 
x
x
.
x
S
 
 
x
x
x
.
x
S
x
x
.
x
x
k
v
A
C
 
 
 
 
x
x.
.
x
x
m
A
Figure 21
 
6 Safety operation regulation
 
Please read this paragraph carefully before using this instrument
(1) This instrument must be well grounded.
(2) The operator must be familiar with the usage of this instrument.
(3) Use a workbench made of non-conductive material. No metal shall be used between the operator and the object to be tested.
(4) In the course of the test, it is not allowed to touch the object being tested or any object connected to the object absolutely.
(5) During the testing process, it is not allowed to press the keys unrelated to measurement on the instrument panel at will.
(6) During continuous testing, the instrument must be reset to cut off the output if the wire between the instrument and the tested product is to be reconnected.
(7) If the instrument is found to be working abnormal, press the "reset" key or shut down to suspend the test and restart the test after recovery
7 Attachments
 
1. High voltage test wire 1
2. Test wire 1
3. Power cord 1
4. Fuse (5A) 2
5. Instructions for Use 1
6. Product Certificate 1
7. Warranty 1
 
 
 
 
 
 
 
 
 
 
 
 
Instrument sends test data:
Baud rate 9600 without check bit
01 Data head 0X55 10 Data tail 0xaa
02, 03, Working time 000.0 S - 999.5 S
04,05: Withstand voltage 00.00 kv - 20.00kv
06,07: Withstand current 0.000 ma - 5.000ma 05.00ma - 50.00ma
08: Status bit 08.1, 15.0 = 00 V withstand boost time 01 withstand voltage test
10 Waiting time 11 Insulation test time
08.7=0 set, wait state 08.7=1 Test status
08.6=0 insulation test normal 08.6=1 insulation alarm
08.5=0 withstand test normal 08.5=1 withstand voltage alarm
09: Gear 09.1, 09.0 = 00 first gear 01 second gear
10 third gear 11 fourth gear
 
 
The computer sends instruction and data format and the instrument sends back instruction and data format
The instrument sends back the data, when the instruction is sent back
01 data head 0x55 04 data tail 0xaa
02 Current working state of instrument
03 Instructions just sent
 
When the instrument sends back the data
01 data head 0x55 05 Data tail 0xaa
02 Current working state of instrument
03,04 Data just sent
 
Computer sends data:
01 data head 0x55 04 Data tail 0xaa
02,03 Set the data of items
Computer sends data: test time 0000-9995 (000.5 - 999.5 S)
Boost time 0001 - 0400 (0001-0400 S)
Interval 0000-0995 (000.5 - 099.5 S)
Withstand voltage 0050-0500 (00.50-05.00 kv)
Withstand current 0005 - 1000 ( 000.5-100.0 ma)
 
Computer sends instruction
01 data head 0x55 03 Data tail 0xaa
02: 01 Test 02 Reset 03 Enter 04 Online 09 Setting 0a Up
05 Mode 06 Test time settings 07 Test voltage settings 08 Alarm current setting
After sending the "on-line" signal, wait for the instrument to return the data, to determine the model of the instrument and set the parameters
Send “Test” signal to start the instrument test, send “Test” again to start the next test after one test is completed, so cycle
Send “Reset” for instrument reset
Send data to set test current, alarm resistance, test time and other data
Send “Enter”, and the instrument saves the data transmitted by the computer
Send “Mode” to enable one of the four modes saved by the instrument
 
Indication of current working status of the instrument, state
State.1 state0 00 waiting state of start 01 set state 10 test state
State.3 state2 00 Model; 01 Mode 2; 10 Mode 3; 11 Mode 4
State.7 state6, State.5 state4 0000 no setting 0001 setting of test order 0010 setting of interval
0011 test frequency setting 0101 withstand voltage boost time setting
0110 voltage test time setting 0111 withstand voltage setting
1000 withstand voltage current setting 1010 insulation test time setting
1011 insulation voltage setting 1100 insulation resistance setting

 

 

Company Details

Bronze Gleitlager

,

Bronze Sleeve Bushings

 and 

Graphite Plugged Bushings

 from Quality China Factory

  • Business Type:

    Manufacturer

  • Year Established:

    2000

  • Employee Number:

    50~200

  • Ecer Certification：

    Verified Supplier

Kingpo Technology Development Limited is a pioneer and leader of global safety testing equipment manufacturer.We offer one-stop service for worldwide labs from R&D,testing,production to after-sales service.We dedicate ourselves in achieving optimal production quality for our customers,reduce cos... Kingpo Technology Development Limited is a pioneer and leader of global safety testing equipment manufacturer.We offer one-stop service for worldwide labs from R&D,testing,production to after-sales service.We dedicate ourselves in achieving optimal production quality for our customers,reduce cos...

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  • Reach Us
  • KingPo Technology Development Limited
  • RM C, 13/F, HARVARD COMMERCIAL BUILDING, 105-111 THOMSON ROAD, WAN CHAI, HK
  • https://www.batterytestingmachine.com/

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