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Rs Pro 9176298 IIT2000 Dielectric Strength Tester, 50V Min, 1000V Max, 9.5G? Max

rs pro 9176298 iit2000 dielectric strength tester, 50v min, 1000v max, 9.5g? max penguji kekuatan dielektrik iit2000, min 50v, maks 1000v, 9,5g? insulation testers 介电强度测试仪，最小 50v，最大 1000v，9.5g？最大限度 rs专业版

rs-pro-9176298-iit2000-dielectric-strength-tester-50v-min-1000v-max-9-5g-max

Fast action, measures hardness in seconds.

Practically undetectable measurement technique leaves indentations of 0.1mm2 allowing use on finished products.

Displays hardness in HV (Vickers), HRC (Rockwell), HS (Shore) and HB (Brinnel) units.

Measurement can be converted to tensile strength, N/mm2

Readings not affected by surface underneath test sample.

2000 Reading data memory can be transferred to PC.

Measuring Indentor	Diamond indenter for Micro-Vickers (facing-to- surface angle of 136°)

Testing Force	SH-21-E2: Approx 2kgf (roughly 20N)

Resolution	1HV, 0.1HRC, 0.1HS, 1HB, 1N/mm2 (tensile strength)

Applicable test materials	Steel is the principle material, other metallic materials may also be measured by calibrating against a standard hardness test block.

Display	Digital display (LCD, 4 digits) with EL backlight

Power	AC adapter(100 - 240V) or lithium ion rechargeable battery

Battery Life	5 hours using backlight, 8 hours without backlight

Display: approx. 400g (including battery)

Carrying case dimensions	400(W) x 220(D) x 140(H) mm

Output	RS-232C output used for data transmission or printing

Motorized / manual switchover type approx 69-71kHz

Conversion	HV, HRC, HS, HB, N/mm2 according to JIS B 7731, ASTM E 140, DIN 50150

<h3 class="md-block-header-three"> Jfe SH-21B-E2 Handy Hardness Tester</h3><ul class="md-block-unordered-list-item"><li>Fast action, measures hardness in seconds.</li><li>Practically undetectable measurement technique leaves indentations of 0.1mm2 allowing use on finished products.</li><li>Displays hardness in HV (Vickers), HRC (Rockwell), HS (Shore) and HB (Brinnel) units.</li><li>Measurement can be converted to tensile strength, N/mm2</li><li>Readings not affected by surface underneath test sample.</li><li>2000 Reading data memory can be transferred to PC.</li><li>Measuring Indentor	Diamond indenter for Micro-Vickers (facing-to- surface angle of 136°)</li><li>Testing Force	SH-21-E2: Approx 2kgf (roughly 20N)</li><li>Measuring Range	</li></ul>Rockwell hardness: HRC 10.0 - 70.0Vickers hardness: HV 100 - 999Shore hardness: HS 20.0 - 99.9Brinell hardness: HB 85 - 550<ul class="md-block-unordered-list-item"><li>Resolution	1HV, 0.1HRC, 0.1HS, 1HB, 1N/mm2 (tensile strength)</li><li>Repeatability	</li></ul>HRC : ± 1.0HRCHV : ± (3%rdg)HVHS : ± 1.0HSHB : ± (3%rdg)HB<ul class="md-block-unordered-list-item"><li>Applicable test materials	Steel is the principle material, other metallic materials may also be measured by calibrating against a standard hardness test block.</li><li>Display	Digital display (LCD, 4 digits) with EL backlight</li><li>Temp limit	0-50 C Ambient</li><li>Power	AC adapter(100 - 240V) or lithium ion rechargeable battery</li><li>Battery Life	5 hours using backlight, 8 hours without backlight</li><li>Dimensions	Display: </li></ul>97(W) x 50(D) x 170(H) mmProbe diameter: 40mm, length: 164mm<ul class="md-block-unordered-list-item"><li>Weight	</li></ul>Display: approx. 400g (including battery)Probe and cable: approx. 400g<ul class="md-block-unordered-list-item"><li>Carrying case dimensions	400(W) x 220(D) x 140(H) mm</li><li>Output	RS-232C output used for data transmission or printing</li><li>Frequency	</li></ul>Motorized / manual switchover type approx 69-71kHzManual type (optional) approx 38-40kHz<ul class="md-block-unordered-list-item"><li>Conversion	HV, HRC, HS, HB, N/mm2 according to JIS B 7731, ASTM E 140, DIN 50150</li></ul>

<h3> Jfe SH-21B-E2 Handy Hardness Tester</h3>
<ul>
<li>Fast action, measures hardness in seconds.</li>
<li>Practically undetectable measurement technique leaves indentations of 0.1mm2 allowing use on finished products.</li>
<li>Displays hardness in HV (Vickers), HRC (Rockwell), HS (Shore) and HB (Brinnel) units.</li>
<li>Measurement can be converted to tensile strength, N/mm2</li>
<li>Readings not affected by surface underneath test sample.</li>
<li>2000 Reading data memory can be transferred to PC.</li>
<li>Measuring Indentor	Diamond indenter for Micro-Vickers (facing-to- surface angle of 136°)</li>
<li>Testing Force	SH-21-E2: Approx 2kgf (roughly 20N)</li>
<li>Measuring Range	</li>
</ul>
Rockwell hardness: HRC 10.0 - 70.0
Vickers hardness: HV 100 - 999
Shore hardness: HS 20.0 - 99.9
Brinell hardness: HB 85 - 550
<ul>
<li>Resolution	1HV, 0.1HRC, 0.1HS, 1HB, 1N/mm2 (tensile strength)</li>
<li>Repeatability	</li>
</ul>
HRC : ± 1.0HRC
HV : ± (3%rdg)HV
HS : ± 1.0HS
HB : ± (3%rdg)HB
<ul>
<li>Applicable test materials	Steel is the principle material, other metallic materials may also be measured by calibrating against a standard hardness test block.</li>
<li>Display	Digital display (LCD, 4 digits) with EL backlight</li>
<li>Temp limit	0-50 C Ambient</li>
<li>Power	AC adapter(100 - 240V) or lithium ion rechargeable battery</li>
<li>Battery Life	5 hours using backlight, 8 hours without backlight</li>
<li>Dimensions	Display:&nbsp;</li>
</ul>
97(W) x 50(D) x 170(H) mm
Probe diameter: 40mm, length: 164mm
<ul>
<li>Weight	</li>
</ul>
Display: approx. 400g (including battery)
Probe and cable: approx. 400g
<ul>
<li>Carrying case dimensions	400(W) x 220(D) x 140(H) mm</li>
<li>Output	RS-232C output used for data transmission or printing</li>
<li>Frequency	</li>
</ul>
Motorized / manual switchover type approx 69-71kHz
Manual type (optional) approx 38-40kHz
<ul>
<li>Conversion	HV, HRC, HS, HB, N/mm2 according to JIS B 7731, ASTM E 140, DIN 50150</li>
</ul>

SH-21

MITUTOYO

Mutitoyo

Kroeplin

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SS Lim

Jfe SH-21B-E2 Handy Hardness Tester

jfe sh-21b-e2 handy hardness tester penguji kekerasan praktis testers berguna 手持式硬度计 杰富

jfe-sh-21b-e2-handy-hardness-tester

** Picture shown is for illustration purposes only, actual product may vary

Testing Force	 SH-21-E1: Approx 1kgf (roughly 10N) 

Rockwell hardness: HRC 10.0 - 70.0Vickers hardness: HV 100 - 999Shore hardness: HS 20.0 - 99.9Brinell hardness: HB 85 - 550

HRC : ± 1.0HRCHV : ± (3%rdg)HVHS : ± 1.0HSHB : ± (3%rdg)HB

97(W) x 50(D) x 170(H) mmProbe diameter: 40mm, length: 164mm

Display: approx. 400g (including battery)Probe and cable: approx. 400g

Motorized / manual switchover type approx 69-71kHzManual type (optional) approx 38-40kHz

<h3 class="md-block-header-three">Jfe SH-21B-E1 Handy Hardness Tester</h3>** Picture shown is for illustration purposes only, actual product may vary<ul class="md-block-unordered-list-item"><li>Fast action, measures hardness in seconds.</li><li>Practically undetectable measurement technique leaves indentations of 0.1mm2 allowing use on finished products.</li><li>Displays hardness in HV (Vickers), HRC (Rockwell), HS (Shore) and HB (Brinnel) units.</li><li>Measurement can be converted to tensile strength, N/mm2</li><li>Readings not affected by surface underneath test sample.</li><li>2000 Reading data memory can be transferred to PC.</li><li>Measuring Indentor	Diamond indenter for Micro-Vickers (facing-to- surface angle of 136°)</li><li>Testing Force	 SH-21-E1: Approx 1kgf (roughly 10N) </li><li>Measuring Range	</li></ul>Rockwell hardness: HRC 10.0 - 70.0Vickers hardness: HV 100 - 999Shore hardness: HS 20.0 - 99.9Brinell hardness: HB 85 - 550<ul class="md-block-unordered-list-item"><li>Resolution	1HV, 0.1HRC, 0.1HS, 1HB, 1N/mm2 (tensile strength)</li><li>Repeatability	</li></ul>HRC : ± 1.0HRCHV : ± (3%rdg)HVHS : ± 1.0HSHB : ± (3%rdg)HB<ul class="md-block-unordered-list-item"><li>Applicable test materials	Steel is the principle material, other metallic materials may also be measured by calibrating against a standard hardness test block.</li><li>Display	Digital display (LCD, 4 digits) with EL backlight</li><li>Temp limit	0-50 C Ambient</li><li>Power	AC adapter(100 - 240V) or lithium ion rechargeable battery</li><li>Battery Life	5 hours using backlight, 8 hours without backlight</li><li>Dimensions	Display: </li></ul>97(W) x 50(D) x 170(H) mmProbe diameter: 40mm, length: 164mm<ul class="md-block-unordered-list-item"><li>Weight	</li></ul>Display: approx. 400g (including battery)Probe and cable: approx. 400g<ul class="md-block-unordered-list-item"><li>Carrying case dimensions	400(W) x 220(D) x 140(H) mm</li><li>Output	RS-232C output used for data transmission or printing</li><li>Frequency	</li></ul>Motorized / manual switchover type approx 69-71kHzManual type (optional) approx 38-40kHz<ul class="md-block-unordered-list-item"><li>Conversion	HV, HRC, HS, HB, N/mm2 according to JIS B 7731, ASTM E 140, DIN 50150</li></ul>

<h3>Jfe SH-21B-E1 Handy Hardness Tester</h3>
** Picture shown is for illustration purposes only, actual product may vary
<ul>
<li>Fast action, measures hardness in seconds.</li>
<li>Practically undetectable measurement technique leaves indentations of 0.1mm2 allowing use on finished products.</li>
<li>Displays hardness in HV (Vickers), HRC (Rockwell), HS (Shore) and HB (Brinnel) units.</li>
<li>Measurement can be converted to tensile strength, N/mm2</li>
<li>Readings not affected by surface underneath test sample.</li>
<li>2000 Reading data memory can be transferred to PC.</li>
<li>Measuring Indentor	Diamond indenter for Micro-Vickers (facing-to- surface angle of 136°)</li>
<li>Testing Force	 SH-21-E1: Approx 1kgf (roughly 10N)&nbsp;</li>
<li>Measuring Range	</li>
</ul>
Rockwell hardness: HRC 10.0 - 70.0Vickers hardness: HV 100 - 999Shore hardness: HS 20.0 - 99.9Brinell hardness: HB 85 - 550
<ul>
<li>Resolution	1HV, 0.1HRC, 0.1HS, 1HB, 1N/mm2 (tensile strength)</li>
<li>Repeatability	</li>
</ul>
HRC : ± 1.0HRCHV : ± (3%rdg)HVHS : ± 1.0HSHB : ± (3%rdg)HB
<ul>
<li>Applicable test materials	Steel is the principle material, other metallic materials may also be measured by calibrating against a standard hardness test block.</li>
<li>Display	Digital display (LCD, 4 digits) with EL backlight</li>
<li>Temp limit	0-50 C Ambient</li>
<li>Power	AC adapter(100 - 240V) or lithium ion rechargeable battery</li>
<li>Battery Life	5 hours using backlight, 8 hours without backlight</li>
<li>Dimensions	Display:&nbsp;</li>
</ul>
97(W) x 50(D) x 170(H) mmProbe diameter: 40mm, length: 164mm
<ul>
<li>Weight	</li>
</ul>
Display: approx. 400g (including battery)Probe and cable: approx. 400g
<ul>
<li>Carrying case dimensions	400(W) x 220(D) x 140(H) mm</li>
<li>Output	RS-232C output used for data transmission or printing</li>
<li>Frequency	</li>
</ul>
Motorized / manual switchover type approx 69-71kHzManual type (optional) approx 38-40kHz
<ul>
<li>Conversion	HV, HRC, HS, HB, N/mm2 according to JIS B 7731, ASTM E 140, DIN 50150</li>
</ul>

Jfe SH-21B-E1 Handy Hardness Tester

jfe sh-21b-e1 handy hardness tester penguji kekerasan praktis testers berguna 手持式硬度计 杰富

jfe-sh-21b-e1-handy-hardness-tester

The aim of snap button test is defined responsibility of garment manufacturer, make sure 

button, push-button and fixed accessories can 

fixed on garments suitable. To avoid button fall off 

garments & risk of infant eating. So, all the 

button, push-button & fixed accessories on 

garments must pass snap button strength test. 

This machine can do even and vertical tensile 

test of all kinds of buttons on garments. Test 

fastness degree of button reach relative 

The aim of snap button test is defined responsibility of garment manufacturer, make sure button, push-button and fixed accessories can fixed on garments suitable. To avoid button fall off garments &amp; risk of infant eating. So, all the button, push-button &amp; fixed accessories on garments must pass snap button strength test. This machine can do even and vertical tensile test of all kinds of buttons on garments. Test fastness degree of button reach relative security standard or not.Standards16 CFR 1500.51-53, ASTM PS79-96, D4846

The aim of snap button test is defined responsibility of garment manufacturer, make sure&nbsp;
button, push-button and fixed accessories can&nbsp;
fixed on garments suitable. To avoid button fall off&nbsp;
garments &amp; risk of infant eating. So, all the&nbsp;
button, push-button &amp; fixed accessories on&nbsp;
garments must pass snap button strength test.&nbsp;
This machine can do even and vertical tensile&nbsp;
test of all kinds of buttons on garments. Test&nbsp;
fastness degree of button reach relative&nbsp;
security standard or not.
Standards
16 CFR 1500.51-53, ASTM PS79-96, D4846&nbsp;

Pamela Lim

MahaChem

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snap button tester (gt-c09) penguji tombol jepret laboratory instrument instrumen laboratorium maha butang makmal maha/玛哈 按扣测试仪 实验仪器 玛哈

snap-button-tester-gt-c09

Concrete rebound hammer (sclerometer) – is a device for concrete and other building materials strength testing. The engineer Ernst Schmidt invented the construction of the sclerometer.

The method is based on impacting the impact plunger on the concrete surface with predetermined (normed) impacting energy and subsequent measuring of the height of the striker rebounding. The height of the striker rebounding will be proportional to the strength of the concrete. The strength of concrete is determined with the calibration charts that are supplied with the instrument.

There are several versions of the device, which are different in impacting energy.

The most “powerful” Rebound hammer is designed to measure the strength of concrete with a thickness of 70-100mm and more, also for the strength testing of massive rocks with impact energy – 2,207J (Nm). This is the base and the most common model of the Rebound hammer, about 90% of the Rebound hammers in the world have the same impact energy.

Average “powerful” Rebound hammer has the 735J (735 Nm) impacting energy. The impact energy is reduced threefold compared with the base model. The main application of this instrument is measuring the strength of bricks and concrete products with a wall thickness less than 100 mm and small sizes of samples, also used for testing the less strength stones and rocks.

The least “powerful” Rebound hammer has 196J (196Nm) impact energy. The main purpose is the strength testing of the mortar of brick masonry.

Can test all kinds of concrete and other building materials

3 modifications with different impacting energy

<h3 class="md-block-header-three">Overview</h3>Concrete rebound hammer (sclerometer) – is a device for concrete and other building materials strength testing. The engineer Ernst Schmidt invented the construction of the sclerometer.The method is based on impacting the impact plunger on the concrete surface with predetermined (normed) impacting energy and subsequent measuring of the height of the striker rebounding. The height of the striker rebounding will be proportional to the strength of the concrete. The strength of concrete is determined with the calibration charts that are supplied with the instrument.There are several versions of the device, which are different in impacting energy.<ul class="md-block-unordered-list-item"><li>The most “powerful” Rebound hammer is designed to measure the strength of concrete with a thickness of 70-100mm and more, also for the strength testing of massive rocks with impact energy – 2,207J (Nm). This is the base and the most common model of the Rebound hammer, about 90% of the Rebound hammers in the world have the same impact energy.</li><li>Average “powerful” Rebound hammer has the 735J (735 Nm) impacting energy. The impact energy is reduced threefold compared with the base model. The main application of this instrument is measuring the strength of bricks and concrete products with a wall thickness less than 100 mm and small sizes of samples, also used for testing the less strength stones and rocks.</li><li>The least “powerful” Rebound hammer has 196J (196Nm) impact energy. The main purpose is the strength testing of the mortar of brick masonry.</li></ul><h3 class="md-block-header-three">Advantages</h3><ul class="md-block-unordered-list-item"><li>Ease in operation</li><li>Good Reliability Design</li><li>High Measurement Accuracy</li><li>Can test all kinds of concrete and other building materials</li><li>3 modifications with different impacting energy</li></ul><h3 class="md-block-header-three">Specifications</h3><figure class="md-block-image"><img src="https://storage.googleapis.com/eezee-product-images/UK4SjNI32SLYzsd3rq4c~f.png" alt="" /><figcaption class="md-block-image-caption"></figcaption></figure>

<h3>Overview</h3>
Concrete rebound hammer (sclerometer) – is a device for concrete and other building materials strength testing. The engineer Ernst Schmidt invented the construction of the sclerometer.
The method is based on impacting the impact plunger on the concrete surface with predetermined (normed) impacting energy and subsequent measuring of the height of the striker rebounding. The height of the striker rebounding will be proportional to the strength of the concrete. The strength of concrete is determined with the calibration charts that are supplied with the instrument.
There are several versions of the device, which are different in impacting energy.
<ul>
<li>The most “powerful” Rebound hammer is designed to measure the strength of concrete with a thickness of 70-100mm and more, also for the strength testing of massive rocks with impact energy – 2,207J (Nm). This is the base and the most common model of the Rebound hammer, about 90% of the Rebound hammers in the world have the same impact energy.</li>
<li>Average “powerful” Rebound hammer has the 735J (735 Nm) impacting energy. The impact energy is reduced threefold compared with the base model. The main application of this instrument is measuring the strength of bricks and concrete products with a wall thickness less than 100 mm and small sizes of samples, also used for testing the less strength stones and rocks.</li>
<li>The least “powerful” Rebound hammer has 196J (196Nm) impact energy. The main purpose is the strength testing of the mortar of brick masonry.</li>
</ul>
<h3>Advantages</h3>
<ul>
<li>Ease in operation</li>
<li>Good Reliability Design</li>
<li>High Measurement Accuracy</li>
<li>Can test all kinds of concrete and other building materials</li>
<li>3 modifications with different impacting energy</li>
</ul>
<h3>Specifications</h3>

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 </div>
 
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Shawn

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Concrete Rebound Hammer (sclerometer)

concrete rebound hammer (sclerometer) palu beton (sklerometer) measuring tools alat ukur lainnya oem tukul pantulan konkrit (skleometer) pengukur lain oem/oem代工 混凝土回弹锤（硬度计） 其他量具用品 oem代工

concrete-rebound-hammer-sclerometer

Amprobe LAN-1 Cable Tester Bnc, RJ45, LAN-1

LAN testers are devices that allow a user to verify and test a connection or signal within a data cable. The types of tests include whether the cable is set up correctly, connected, the strength or speed of the signal being sent through the cable.


Usually made up of 2 sections or 2 boxes, a network cable tester will have a receiver and a transmitter. A cable is then connected directly or with connectors to both for testing. Once the tester is switched on a signal or data is sent via the cable and a report or the results are shown on the receiver. Receivers comes in a variety of types, shapes and sizes and therefore the results may vary in the way they are displayed. Some have LED's, some show patterns in lights and some different colours. The tester instruction manual will show what the results mean but some testers help determine the connection speed and detect problems.


What is the difference between RJ45 & RJ11?

RJ45 is an 8-pin connector whereas RJ11 is only a 4 wire connector. RJ45 is used in Ethernet connections to connect computers to networks. RJ11 is more of a conventional telephone wire used to bring fibre into your house. RJ is the abbreviation of ’registered jack’.


Each unit is equipped with 3 RJ45/BNC adapter cables, a male/female BNC connector, 9 V battery and user manual.

Amprobe Network Cable Tester, 1.3kg Weight, 9V Battery Type - LAN-1

Don't get your wires crossed – this network cable tester from Amprobe lets you verify cables in a snap. It's designed to work with data cables and connectors and can check for shorts, opens and continuity. You can see whether everything is set up correctly and test the strength and speed of your signals at the same time. Sort through your wiring cable by cable or pulse through pinouts at once – either way, the LED screen shows your results with a series of easy-to-read red and green lights.


• Error buzzer lets you know instantly if something's not right
• Check your wall plate and patch panels thanks to the remote testing function
• Maximum line length of 300m stands up to complicated field installations
• Connects easily to devices with widely used RJ45 and BNC connectors
• Broad operating temperature range of 0°C to +40°C makes it suitable for challenging settings


• Data networking
• Telecom cable installations
• IT storage systems
 

<h3 class="md-block-header-three">Amprobe LAN-1 Cable Tester Bnc, RJ45, LAN-1</h3><ul class="md-block-unordered-list-item"><li> Equipment Type	Cable Tester</li><li>Connector Type	BNC, RJ45</li><li>Model Number p	LAN-1</li><li>Tone	No</li><li>Power Source	Battery</li><li>Battery Type	9V</li><li>Battery Life	20 h</li><li>Dimensions	130 x 56 x 38mm</li><li>Weight	1.3kg</li><li>Display Type	LED</li><li>Height	38mm</li><li>Length	130mm</li><li>Maximum Operating Temperature	+40°C</li><li>Minimum Operating Temperature	0°C</li><li>Width	56mm</li></ul>What is a LAN cable tester?LAN testers are devices that allow a user to verify and test a connection or signal within a data cable. The types of tests include whether the cable is set up correctly, connected, the strength or speed of the signal being sent through the cable. How do network cable testers work?Usually made up of 2 sections or 2 boxes, a network cable tester will have a receiver and a transmitter. A cable is then connected directly or with connectors to both for testing. Once the tester is switched on a signal or data is sent via the cable and a report or the results are shown on the receiver. Receivers comes in a variety of types, shapes and sizes and therefore the results may vary in the way they are displayed. Some have LED&#x27;s, some show patterns in lights and some different colours. The tester instruction manual will show what the results mean but some testers help determine the connection speed and detect problems. What is the difference between RJ45 &amp; RJ11?RJ45 is an 8-pin connector whereas RJ11 is only a 4 wire connector. RJ45 is used in Ethernet connections to connect computers to networks. RJ11 is more of a conventional telephone wire used to bring fibre into your house. RJ is the abbreviation of ’registered jack’. Supplied withEach unit is equipped with 3 RJ45/BNC adapter cables, a male/female BNC connector, 9 V battery and user manual.Amprobe Network Cable Tester, 1.3kg Weight, 9V Battery Type - LAN-1Don&#x27;t get your wires crossed – this network cable tester from Amprobe lets you verify cables in a snap. It&#x27;s designed to work with data cables and connectors and can check for shorts, opens and continuity. You can see whether everything is set up correctly and test the strength and speed of your signals at the same time. Sort through your wiring cable by cable or pulse through pinouts at once – either way, the LED screen shows your results with a series of easy-to-read red and green lights. Features &amp; Benefits• Error buzzer lets you know instantly if something&#x27;s not right • Check your wall plate and patch panels thanks to the remote testing function • Maximum line length of 300m stands up to complicated field installations • Connects easily to devices with widely used RJ45 and BNC connectors • Broad operating temperature range of 0°C to +40°C makes it suitable for challenging settings Applications• Data networking • Telecom cable installations • IT storage systems

<h3>Amprobe LAN-1 Cable Tester Bnc, RJ45, LAN-1</h3>
<ul>
<li>&nbsp;Equipment Type	Cable Tester</li>
<li>Connector Type	BNC, RJ45</li>
<li>Model Number p	LAN-1</li>
<li>Tone	No</li>
<li>Power Source	Battery</li>
<li>Battery Type	9V</li>
<li>Battery Life	20 h</li>
<li>Dimensions	130 x 56 x 38mm</li>
<li>Weight	1.3kg</li>
<li>Display Type	LED</li>
<li>Height	38mm</li>
<li>Length	130mm</li>
<li>Maximum Operating Temperature	+40°C</li>
<li>Minimum Operating Temperature	0°C</li>
<li>Width	56mm</li>
</ul>
What is a LAN cable tester?
LAN testers are devices that allow a user to verify and test a connection or signal within a data cable. The types of tests include whether the cable is set up correctly, connected, the strength or speed of the signal being sent through the cable. 

How do network cable testers work?
Usually made up of 2 sections or 2 boxes, a network cable tester will have a receiver and a transmitter. A cable is then connected directly or with connectors to both for testing. Once the tester is switched on a signal or data is sent via the cable and a report or the results are shown on the receiver. Receivers comes in a variety of types, shapes and sizes and therefore the results may vary in the way they are displayed. Some have LED's, some show patterns in lights and some different colours. The tester instruction manual will show what the results mean but some testers help determine the connection speed and detect problems. 

What is the difference between RJ45 &amp; RJ11?
RJ45 is an 8-pin connector whereas RJ11 is only a 4 wire connector. RJ45 is used in Ethernet connections to connect computers to networks. RJ11 is more of a conventional telephone wire used to bring fibre into your house. RJ is the abbreviation of ’registered jack’. 

Supplied with
Each unit is equipped with 3 RJ45/BNC adapter cables, a male/female BNC connector, 9 V battery and user manual.
Amprobe Network Cable Tester, 1.3kg Weight, 9V Battery Type - LAN-1
Don't get your wires crossed – this network cable tester from Amprobe lets you verify cables in a snap. It's designed to work with data cables and connectors and can check for shorts, opens and continuity. You can see whether everything is set up correctly and test the strength and speed of your signals at the same time. Sort through your wiring cable by cable or pulse through pinouts at once – either way, the LED screen shows your results with a series of easy-to-read red and green lights. 

Features &amp; Benefits
• Error buzzer lets you know instantly if something's not right 
• Check your wall plate and patch panels thanks to the remote testing function 
• Maximum line length of 300m stands up to complicated field installations 
• Connects easily to devices with widely used RJ45 and BNC connectors 
• Broad operating temperature range of 0°C to +40°C makes it suitable for challenging settings 

Applications
• Data networking 
• Telecom cable installations 
• IT storage systems 
&nbsp;

Lan-1

Lan-1_manu

Fluke Networks

Abus

Circular Connectors

Contactors

Molded Case Circuit Breakers - MCCBs

amprobe lan-1 cable tester bnc, rj45, penguji kabel network testers amprobe/安普罗贝 电缆测试仪 bnc、rj45、lan-1 安普罗贝

amprobe-lan-1-cable-tester-bnc-rj45-lan-1

Cornet Electrosmog Meter
Tri-mode RF/LF Electrosmog Field Strength Power Meter
~~~ Model No. ED-88TPlus ~~~
with build-in Gauss Meter function, Electric Field meter, Frequency display
and Data Logging/recording/USB interface to PC

Manufactured in the USA by CORNET Microsystem Inc

Advanced communication and Network solutions
Affordable, Pocket Size, Handheld, High performance EMF/RF/LF Meter !

Unique, handy tool for your personal Electromagnetic wave exposure detection and level measurement. Highly sensitive and Accurate indicators for your defense on RF and LF radiation pollutions.

Electromagnetic Radiation (EMF) is always around our environment.
You can measure the amount of EMF around your home, office, children's school, etc!

The Cornet ED88TPlus is designed for a quick measurement of high frequency Radio Frequency power density and low frequency Electric and Magnetic Fields. The ED88TPlus is a broadband measuring instrument with a frequency range from 100 MHz to 8 GHz. In addition, it also measures low frequency Magnetic Fields ranging from 50Hz to 10kHz and low frequency Electric Fields ranging from 50 Hz to 50 kHz. This meter will give a home or business owner a basic understanding of RF and EMF exposure in their environment and help to identify the primary sources of electro-pollution in an environment. Note: If you are comparing your measurements to the Institute for Building Biology Guidelines and wish to achieve levels in the no concern range, a more sensitive meter is required. Please see our RF Meter or EMF Meter page or consult with one of our technical experts.

High frequency RF Electromagnetic wave field strength and power density measurement

Low frequency LF Magnetic field measurement (Gauss meter function)

Low frequency ELF Electric field measurement (E-field meter function)

Mobile phone base station antenna radiation power density measurement

Wireless communications, Analog & Digital RF (AM/FM, TDMA, GSM, DECT, CDMA,3G,4G)

Wireless LAN (Wi-Fi), Bluetooth, Ultra-wide-band detection, installation, optimization

Spy camera, wireless bug finder 5.8GHz wireless, Utilities AC smart meter

Cellular/Cordless phone radiation safety level

AC power line, High voltage tower, power Transformer, motors and small appliance EMF

Personal living environment EMF safety evaluation

Three operation mode: RF power meter mode, LF Gauss meter mode and LF Electric field mode

Sensor type: Electric field sensor and Magnetic field sensor

RF: 100MHz to 8GHz (-60dBm to 5dBm), (0.5uw/m2 to 1.8w/m2), (14mv/m to 26.2v/m)

LF1: 50Hz to 10KHz (0.1uT to 60uT), (1mG to 600 mG)

LF2: 50Hz to 1KHz (0.01uT to 1uT), (0.1mG to 10mG)

E-field/ELF: 50Hz to 50KHz (10v/m to 1000v/m)

Frequency display: for RF mode only, 100MHz - 2.7GHz, -35dBm minimum signal input required

RF Peak power measurement: 0.5uW/m2 to 1.8W/m2

<h1 class="md-block-header-one">Cornet Electrosmog Meter Tri-mode RF/LF Electrosmog Field Strength Power Meter ~~~ Model No. ED-88TPlus ~~~ with build-in Gauss Meter function, Electric Field meter, Frequency display and Data Logging/recording/USB interface to PC</h1>Manufactured in the USA by CORNET Microsystem IncAdvanced communication and Network solutions Affordable, Pocket Size, Handheld, High performance EMF/RF/LF Meter !Unique, handy tool for your personal Electromagnetic wave exposure detection and level measurement. Highly sensitive and Accurate indicators for your defense on RF and LF radiation pollutions.Electromagnetic Radiation (EMF) is always around our environment. You can measure the amount of EMF around your home, office, children&#x27;s school, etc!The Cornet ED88TPlus is designed for a quick measurement of high frequency Radio Frequency power density and low frequency Electric and Magnetic Fields. The ED88TPlus is a broadband measuring instrument with a frequency range from 100 MHz to 8 GHz. In addition, it also measures low frequency Magnetic Fields ranging from 50Hz to 10kHz and low frequency Electric Fields ranging from 50 Hz to 50 kHz. This meter will give a home or business owner a basic understanding of RF and EMF exposure in their environment and help to identify the primary sources of electro-pollution in an environment. Note: If you are comparing your measurements to the Institute for Building Biology Guidelines and wish to achieve levels in the no concern range, a more sensitive meter is required. Please see our RF Meter or EMF Meter page or consult with one of our technical experts.Applications:<ul class="md-block-unordered-list-item"><li>High frequency RF Electromagnetic wave field strength and power density measurement</li><li>Low frequency LF Magnetic field measurement (Gauss meter function)</li><li>Low frequency ELF Electric field measurement (E-field meter function)</li><li>Mobile phone base station antenna radiation power density measurement</li><li>Wireless communications, Analog &amp; Digital RF (AM/FM, TDMA, GSM, DECT, CDMA,3G,4G)</li><li>RF power measurement for transmitters</li><li>Wireless LAN (Wi-Fi), Bluetooth, Ultra-wide-band detection, installation, optimization</li><li>Spy camera, wireless bug finder 5.8GHz wireless, Utilities AC smart meter</li><li>Cellular/Cordless phone radiation safety level</li><li>AC power line, High voltage tower, power Transformer, motors and small appliance EMF</li><li>Microwave oven leakage detection</li><li>Personal living environment EMF safety evaluation</li><li>Data Logging</li></ul>Features:<ul class="md-block-unordered-list-item"><li>Three operation mode: RF power meter mode, LF Gauss meter mode and LF Electric field mode</li><li>Sensor type: Electric field sensor and Magnetic field sensor</li><li>Frequency range &amp; Sensitivity:</li><ul class="md-block-unordered-list-item"><li>RF: 100MHz to 8GHz (-60dBm to 5dBm), (0.5uw/m2 to 1.8w/m2), (14mv/m to 26.2v/m)</li><li>LF1: 50Hz to 10KHz (0.1uT to 60uT), (1mG to 600 mG)</li><li>LF2: 50Hz to 1KHz (0.01uT to 1uT), (0.1mG to 10mG)</li><li>E-field/ELF: 50Hz to 50KHz (10v/m to 1000v/m)</li><li>Frequency display: for RF mode only, 100MHz - 2.7GHz, -35dBm minimum signal input required</li></ul><li>RF Peak power measurement: 0.5uW/m2 to 1.8W/m2</li><li>Display type: digital LCD graphic display</li><li>Unit of measurements: dBm, mw/m2, v/m, uT, mG, MHz</li><li>LCD back light: 15 seconds auto-off and manual on/off control</li><li>Display of data: LCD 4 and 5 digit, 8 LED colour segment, Moving Histogram (level/time) of previous 30 recorded data, Analog segment bar</li><li>Data update rate: Sampling rate: 10,000/sec, Display update rate: 2/sec</li><li>Error rate: RF: +/- 3.5dBm, LF: 20%, E-field: 25%</li><li>Functions: Hold, Max, Average, Sound signature, Alarm, Frequency</li><li>Sound &amp; Alarm: Sound on/off/volume control, programable Alarm triggering level</li><li>Safety standard indication: 3 safety range indication by 3 Red LED, adjustable LED level</li><li>Small, compact handheld design, 69mmx130mm</li><li>Battery used: 9V alkaline battery or external power supply through USB port (5V)</li><li>Battery life: &gt;20 hours</li></ul>

<h1>Cornet Electrosmog Meter 
Tri-mode RF/LF Electrosmog Field Strength Power Meter 
~~~ Model No. ED-88TPlus ~~~ 
with build-in Gauss Meter function, Electric Field meter, Frequency display 
and Data Logging/recording/USB interface to PC</h1>
Manufactured in the USA by CORNET Microsystem Inc
Advanced communication and Network solutions 
Affordable, Pocket Size, Handheld, High performance EMF/RF/LF Meter !
Unique, handy tool for your personal Electromagnetic wave exposure detection and level measurement. Highly sensitive and Accurate indicators for your defense on RF and LF radiation pollutions.
Electromagnetic Radiation (EMF) is always around our environment. 
You can measure the amount of EMF around your home, office, children's school, etc!
The Cornet ED88TPlus is designed for a quick measurement of high frequency Radio Frequency power density and low frequency Electric and Magnetic Fields. The ED88TPlus is a broadband measuring instrument with a frequency range from 100 MHz to 8 GHz. In addition, it also measures low frequency Magnetic Fields ranging from 50Hz to 10kHz and low frequency Electric Fields ranging from 50 Hz to 50 kHz. This meter will give a home or business owner a basic understanding of RF and EMF exposure in their environment and help to identify the primary sources of electro-pollution in an environment. Note: If you are comparing your measurements to the Institute for Building Biology Guidelines and wish to achieve levels in the no concern range, a more sensitive meter is required. Please see our RF Meter or EMF Meter page or consult with one of our technical experts.
Applications:
<ul>
<li>High frequency RF Electromagnetic wave field strength and power density measurement</li>
<li>Low frequency LF Magnetic field measurement (Gauss meter function)</li>
<li>Low frequency ELF Electric field measurement (E-field meter function)</li>
<li>Mobile phone base station antenna radiation power density measurement</li>
<li>Wireless communications, Analog &amp; Digital RF (AM/FM, TDMA, GSM, DECT, CDMA,3G,4G)</li>
<li>RF power measurement for transmitters</li>
<li>Wireless LAN (Wi-Fi), Bluetooth, Ultra-wide-band detection, installation, optimization</li>
<li>Spy camera, wireless bug finder 5.8GHz wireless, Utilities AC smart meter</li>
<li>Cellular/Cordless phone radiation safety level</li>
<li>AC power line, High voltage tower, power Transformer, motors and small appliance EMF</li>
<li>Microwave oven leakage detection</li>
<li>Personal living environment EMF safety evaluation</li>
<li>Data Logging</li>
</ul>
Features:
<ul>
<li>Three operation mode: RF power meter mode, LF Gauss meter mode and LF Electric field mode</li>
<li>Sensor type: Electric field sensor and Magnetic field sensor</li>
<li>Frequency range &amp; Sensitivity:</li>
<ul>
<li>RF: 100MHz to 8GHz (-60dBm to 5dBm), (0.5uw/m2 to 1.8w/m2), (14mv/m to 26.2v/m)</li>
<li>LF1: 50Hz to 10KHz (0.1uT to 60uT), (1mG to 600 mG)</li>
<li>LF2: 50Hz to 1KHz (0.01uT to 1uT), (0.1mG to 10mG)</li>
<li>E-field/ELF: 50Hz to 50KHz (10v/m to 1000v/m)</li>
<li>Frequency display: for RF mode only, 100MHz - 2.7GHz, -35dBm minimum signal input required</li>
</ul>
<li>RF Peak power measurement: 0.5uW/m2 to 1.8W/m2</li>
<li>Display type: digital LCD graphic display</li>
<li>Unit of measurements: dBm, mw/m2, v/m, uT, mG, MHz</li>
<li>LCD back light: 15 seconds auto-off and manual on/off control</li>
<li>Display of data: LCD 4 and 5 digit, 8 LED colour segment, Moving Histogram (level/time) of previous 30 recorded data, Analog segment bar</li>
<li>Data update rate: Sampling rate: 10,000/sec, Display update rate: 2/sec</li>
<li>Error rate: RF: +/- 3.5dBm, LF: 20%, E-field: 25%</li>
<li>Functions: Hold, Max, Average, Sound signature, Alarm, Frequency</li>
<li>Sound &amp; Alarm: Sound on/off/volume control, programable Alarm triggering level</li>
<li>Safety standard indication: 3 safety range indication by 3 Red LED, adjustable LED level</li>
<li>Small, compact handheld design, 69mmx130mm</li>
<li>Battery used: 9V alkaline battery or external power supply through USB port (5V)</li>
<li>Battery life: &gt;20 hours</li>
</ul>

Cornet ED88TPlus Electrosmog Emf Rf/lf/elf (tri-mode) Field Strength Power Gauss Meter Datalogger

cornet ed88tplus electrosmog emf rf/lf/elf (tri-mode) field strength power gauss meter datalogger rf lf elf kekuatan medan pengukur frequency meters frekuensi oem oem/oem代工 elf（三模）场强功率高斯计数据记录仪 emf和频率计 oem代工