Capacitive sensing element for relative humidity measurement
Inside the probes, a capacitive polymer layer reacts with the humidity present between two metal layers which cover a glass substract. Water absorption is a
function of relative humidity of the surrounding environment, and modifies the
dielectric constant. The measured signal is directly proportionnal to the relative humidity and is dependent on the atmospheric pressure.
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Functions : Relative humidity, dew point and temperature. 8, 000 measuring points DATALOGGER software (option) -
Range:0-99,999 Inches or Centimeters The Check-Line LM Series Digital Consumption Meters accurately measure the amount of yarn being fed from a textile machine feeder to a take-up device during one or more cycles or rotations of the machine cylinder. LM units are ideal for comparing yarn consumption from feed to feed and machine to machine on circular and flat bed knitting machines, and for other textile processes where yarn length is to be accurately measured Two LM types are offered: Models LMC and LMI manual type, where operator actuates and deactivates the measuring system after one or more operation cycles. (LMC is calibrated for centimeters; LMI is for inches). The consumption per cycle is then determined by dividing the total yarn consumption by the number of cycles or revolutions Models LMC-S and LMI-S magnetic sensor type, where operator pre-sets number of cycles or revolutions (0-99) for the measuring period, eliminating the need to visually count the number of cycles. A small magnet is affixed to the rotating or moving part of the machine while the sensor is mounted on the frame. Each time the magnetic passes the sensor it actuates the instrument’s electronic counter. Operation – LMI-S / LMC-S In “Auto” mode a permanent magnet is mounted to a revolving part of the machine. The sensor supplies the start/stop signal. The predetermined number of revolutions (from 1- 99 rev. set on the rotary switches at the front side) are counted and the comulated yarn consumption is displayed. -
Range:0-99,999 Inches or Centimeters The Check-Line LM Series Digital Consumption Meters accurately measure the amount of yarn being fed from a textile machine feeder to a take-up device during one or more cycles or rotations of the machine cylinder. LM units are ideal for comparing yarn consumption from feed to feed and machine to machine on circular and flat bed knitting machines, and for other textile processes where yarn length is to be accurately measured Two LM types are offered: Models LMC and LMI manual type, where operator actuates and deactivates the measuring system after one or more operation cycles. (LMC is calibrated for centimeters; LMI is for inches). The consumption per cycle is then determined by dividing the total yarn consumption by the number of cycles or revolutions Models LMC-S and LMI-S magnetic sensor type, where operator pre-sets number of cycles or revolutions (0-99) for the measuring period, eliminating the need to visually count the number of cycles. A small magnet is affixed to the rotating or moving part of the machine while the sensor is mounted on the frame. Each time the magnetic passes the sensor it actuates the instrument’s electronic counter. Operation – LMI-S / LMC-S In “Auto” mode a permanent magnet is mounted to a revolving part of the machine. The sensor supplies the start/stop signal. The predetermined number of revolutions (from 1- 99 rev. set on the rotary switches at the front side) are counted and the comulated yarn consumption is displayed. -
Feel free to contact us: Mobile: 0344 3813810 This Milwaukee infrared laser thermometer provides a safe and accurate way to measure surface temperature for a wide variety of applications and features a 12 to 1 distance to spot ratio and a K-Type thermocouple for contact temperature. The instrument is equipped with a slide rail system that enables you to add proprietary accessories and on-board contact measurement jacks help to improve accuracy. The unit is designed with heavy duty ergonomic pistol grip and rugged over-molding for increased durability. -
A complete solution for wireless network testing, troubleshooting, and optimization, including LTE drive testing Mobile operators must troubleshoot and optimize the performance of their wireless networks from rollout through expansion to ensure availability and quality. For this, they need a wireless drive test optimization and troubleshooting tool that can continuously evolve to support today’s and tomorrow’s wireless network technologies while keeping total cost of ownership (TCO) down. TEMS Investigation is the industry-leading tool for wireless network troubleshooting, verification, optimization, and maintenance of wireless networks. Offering data collection, real-time analysis, and post-processing all in one, TEMS Investigation is a comprehensive solution for all of a network operator’s daily wireless network optimization tasks. This solution eliminates the need for multiple tools, reducing costs and saving time and effort for operations staff.
TEMS Investigation supports all major technologies – GSM/GPRS, EDGE, WCDMA, HSPA/HSPA+, LTE (including TD-LTE), CDMA, EVDO, WiMAX and TD-SCDMA – and major vendor handsets, making it the ideal solution both for rolling out new networks and for ensuring seamless integration with existing networks. Using TEMS Investigation, operators can achieve improved voice quality, increased accessibility, improved retainability, and better service performance. A wide range of powerful, easy-to-use features makes TEMS Investigation essential throughout the network’s life cycle.
Use TEMS Investigation to:
- Tune and optimize networks
- Perform fault-tracing and wireless network troubleshooting
- Verify true terminal behavior with phone based measurements
- Verify cell coverage and capacity, as well as accessibility, retainability, and integrity
- Perform indoor, pedestrian, and outdoor wireless network measurements
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The CHECK-LINE YSL-2000HD combines the functions of three separate instruments in one, easy-to-use device. It accurately measures the speed and length of yarns, and other filaments using a unique “wrapper” roller. This precision roller directs the filament onto the low-inertia, U-grooved measuring wheel to maximize contact and eliminate filament slip and breakage. The YSL-2000HD can also be used as either a contact or non-contact tachometer to measure rotational speeds of shafts, motors, pulleys, etc. or linear speeds of moving surfaces such as conveyor belts, webs of paper or fabric, etc.
