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Parts by Number for Overtemperature Protection Top

Part # Distributor Manufacturer Product Category Description
IC3600SOTJ1 PLC Radwell Ge Fanuc Not Provided OVERTEMPERATURE PROTECTION CARDS
IC3600SOTJ1 PLC Radwell General Electric Not Provided OVERTEMPERATURE PROTECTION CARDS
IC3600SOTJ1 PLC Radwell Fanuc Not Provided OVERTEMPERATURE PROTECTION CARDS
B-F216TD1P Automationdirect.com Not Provided Remanufactured / Programmable Controllers 16-point, 12-24 VDC current sinking output module, 2 common terminals, 0.25A/point continuous, overcurrent trip 0.6A min, 1.2A max, independent overtemperature protection for each output, removable terminal block. Not compatible with D2-230, D2-240, and D2-250 CPUs.
F2-16TD2P Automationdirect.com Not Provided Programmable Controllers / DirectLogic Series PLCs (Micro to Small, Brick & Modular) / DirectLogic 205 (Micro Modular PLC) / DC I-z-O 16-point, 12-24 VDC current sourcing output module, 1 common terminal, 0.25A/point continuous, overcurrent trip 0.6A min, 1.2A max, independent overtemperature protection for each output, removable terminal block. Not compatible with D2-230, D2-240, and D2-250 CPUs.
P3-16TD3P Automationdirect.com Not Provided Programmable Controllers / Productivity3000 (Programmable Automation Controller) / DC I-z-O 16-point, 12-24 VDC current sinking/sourcing output module for Productivity3000 PAC, 4 commons (non-isolated), 0.5A/point continuous, overcurrent trip 1.2A min, 2.4A max, independent overtemperature protection for each output. Requires one pre-wired cable and one ZIPLink module (sold separately...
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Conduct Research Top

  • WhitePaper-Ground-Fault Protection for Solar Applications
    to. metering and overtemperature protection. detect ground-fault-current levels that are well below the. The EL731 uses sensitive EFCT-series current sensors to. fuse rating, thereby lowering the levels of ground-fault. detect as little as 30 mA of ground-fault current. Ground-. detection
  • Circuit Protection Solution for Lithium Cells (.pdf)
    cycle life, with no memory effect. Lithium cells are sensitive to faults caused by overcurrent and. overtemperature conditions that may result from accidental shorting of the cell terminals and, in the case of rechargeable lithium cells, abusive charging or charger failure. For this reason, lithium
  • Optimum Li-ion Battery Pack Short Circuit and Overcharge Protection with Low Temperature Polymeric PTC Devices While Maximixing Battery Pack Run Time
    , manufacturers reduce warranty return costs and enhance customer satisfaction. Rechargeable Li chemistry-based battery cells and packs are particularly sensitive to overcurrent/overtemperature conditions caused by accidental shorting and abusive or runaway charging. These conditions can raise the battery
  • Glossary of Terms for Thermal Control and Protection
    terminal switch possessing both Normally Open and a Normally Closed contact configurations. S.P.S.T. (Single Pole/Single Throw): A switch with a single set of terminals and a single set of contacts. Thermal Cutoff Fuse: A device that melts its internal element to open a circuit in an over-temperature
  • Temperature Sensor Strategies Keep System Thermal Problems in Check
    are primary considerations; sensor cost is a secondary issue. System thermal management schemes, on the other hand, regulate the creation (and/or disposal) of heat within the system. Examples of system thermal management applications are CPU over-temperature detectors in personal computers and thermal
  • NTC Thermistor Application Guide
    thermistors are the most sensitive of all temperature sensing elements they are popular in temperature control systems. By using a thermistor in a voltage comparator circuit basic on-off temperature control as well as over-temperature protection can be incorporated. Temperature compensation Many
  • MCP1701 vs MCP1701A vs MCP1702 Technical Brief
    voltage of 12 volts at an ambient following major enhancements over its predecessors: temperature of 34°C. * Thermal Protection Output Current Rated Overtemperature Wider Input Operating Voltage 2.7V to 13.2V -40°C to +125°C Output Current Rated Over Temperature: - -40°C to +125°C The MCP1702 now
  • CPTC Thermistor Application Guide
    thermistors need less internal heat to reach its switch point P,. so P1 moves below load-line CD. I. I. B. R. B. L2. C. R L. R. C. L1. R L. E. D. P2. D. A. A. V. V 1. V 2 V. Fig.20 Overcurrent protection. Fig.21 Overvoltage protection. p. I. Tamb1. C. Tamb2. P1. RL. D. A. V. E. Fig.22 Overtemperature