Työkalut ja kemikaalit
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Puristuspihti RG8/11/174/179/213 214 LMR400 EFL10P 1.6/7.3
Puristusmitat .100”/.128”/.429” 2.54 / 3.25 / 10.90mm Learn More€48.92 (alv 0%)HT336K
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Puristuspihti eristämätt. liitt.
HT- DESCRIPTION213 FOR CRIMPING D-SUB AWG: 20-24-28Use tool HT-1091 or HT-223 for stripping wire Learn More€20.02 (alv 0%)HT213
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EMS Palloantenni violetti Juomakelvoton vesi 66.4kHz
The Omni Marker II electronic marker ball provides an improved method to electronically mark and locate buried underground facilities. The environmentally friendly Omni Marker II contains a large gimballed coil that automatically orients itself horizontally when placed, ensuring that there is a location “sweet spot” directly above the point of interest. When a standard marker locator is excited, these passive circuits produce a precise, dipole field directly above and below the buried unit. The Omni Marker II electronic marker ball’s patented design allows it to offer location performance equal to others while being slightly smaller and lighter in weight and containing no hazardous chemicals. Operating Depth: >5ft typical (1.5m) in most soil types Package Material: High-density polyethylene Durable Reusable Recyclable at end of life Strong, molded tie-down loops Supplied in cases of 30 markers Weight: 0.3lb (154g) No hazardous fluids Use the Omni Marker to mark and find: buried splices and load coils buried service drops pipe ends conduit stubs road crossings cable paths fiber optic facilities manholes under pavement or grade changes snow-covered installations military caches survey points septic installations repair points non-metallic lines Learn More€15.57 (alv 0%)OM-01
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VSAT-ACM Module to XR-3
Compatible with XR-3 Modular Test Instrument MEASUREMENTS Demodulates DVB-S , DVB- S 2 & DVB-S2X (CCM, ACM, & VCM) signals Signal Level (dBm , dBmV, or dBμV) with present and peak bar graph Signal Quality (IRD, C/N, E b/No, or Es/No) Pre-FE C & Post-FEC BER (Bit Error Rate) PER (Packet Error Rate) Voltage output of IRD / IDU (29 Vmax) Current draw of LNB LNB frequency deviation (LNB LO drift estimate) Symbol Rate error Spectrum Screen (frequency on x-axis, amplitude on y-axis) Constellation Screen (I and Q demodulator values) Frequency Range 950-2150 MHz Tuning Resolution 4 kHz Signal Level Range -65 to - 25 dBm (+44 to +84 dBμV) RF Level Accuracy +/- 2 dB typical, 3 dB max Signal Lock Formats DVB- S (QPSK) ,DVB-S2 & DVB-S2X (QPSK, 8PSK ,16 APSK, 32 APSK , CCM , VCM , ACM ) , DSS / DIRECTV Legacy (QPSK) Impedance 75 Ohm LNB Power 13VDC for V/R, 18VDC for H/L 21VDC for DIRECTV SWiM LNBs , 29VDC Switch Control 22 kHz, DiSEqC RF Connector F-barrel , field replaceable Warranty 12 month limited Specifications are subject to change without notice. Learn More€780.00 (alv 0%)XR-S2XACM-01
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Stella Doradus 4G/LTE mittalaite Spektri&Masto -analysaattori
The TestTool can be used as a simple spectrum analyser to help locate the best cell tower. It enables quick analysis of all coaxial cables in the repeater installation. It can analyse how the signal propagates throughout the building. - Spectrum Analyser Mode. - Cell Tower Analyser Mode. - Beacon Mode – Analyse how signal propagates in building. - Test all cables for OPEN and SHORT connections. - Check all internal antennas for proper performance. - Automatically sync survey data to StellaControl account. - Big internal battery for extended hours. - Large user friendly touch screen. The TestTool enables quick analysis of all coaxial cables in the repeater installation. It can also analyse how the signal propagates throughout the building. The coaxial cables inside the building can have the following problems: Testing N-connectors Putting N-connectors onto coaxial cable requires skill and it is easy to get it wrong. If the centre pin of the connector is too far inside the housing, then it will not form a contact with the centre core of the cable and it will attenuate the signal badly. Even worse, it will appear as an “open” circuit, with no signal passing at all. Another type of failure is a small braid of metal can get caught between the centre pin and the outside housing of the connector. This will result in a short, which will also block the signal. TestTool and Beacon The TestTool can optionally come with another unit called the Beacon. For testing a cable, attach the Beacon to one end of the cable and the TestTool to the other end of the cable. The Beacon generates a 1000MHz tone and 3.3V DC and sends this down the cable. The TestTool receives this 1000MHz tone, measuring its power. It also measures the 3.3V DC. From these measurements it can: Calculate the loss across the cable in dBs. Estimate the length of the cable. Warn you if there is a short in the cable. Warn you if there is an open circuit. Beacon Mode To see how the signal propagates through parts of the building turn on the Beacon. Place the Beacon in a location where typically an internal antenna might be installed. The Beacon will transmit a tone on each frequency band. Use the TestTool to see the strength of these tones in nearby locations, like adjacent rooms or just further down the corridor. This will clarify how signal is traveling through the building and further help in the antenna floor plan design. Internal Antenna Tester The TestTool can be used to test every antenna after the installation. It’s as simple as touching the Yagi antenna off every antenna and viewing the power spectrum. If there is an issue with a particular antenna, it can easily be isolated. Learn More€2,750.00 (alv 0%)TESTTOOL
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