How much does it require? Electricity, voltages, etc.?
Unfortunately the WEB-TEMP is not compliant with Point of Energy (PoE) and an additional electrical supply is needed (and supplied with each order). The performance specifications for the WEB-TEMP are as follows:
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Eight-channel web-enabled temperature measurement module for temperature measurement
Just plug the unit into an Ethernet port or hub and see the latest information with a default web navigator. OmniWideWeb-TEMP' integrated web user interfaces allow users to retrieve up-to-date information and configurations via a default web navigator. Display recent sensory readings and duct information, and set your wireless devices' home page setup preferences.
OmWeB-TEMP has 8 temperatur and 8 digitale I/O-modules. OmWeB-TEMP has 8 different signal lines, which are available for different sensors, incl: OmWeB-TEMP provides a 24-bit analog-to-digital (A/D) conversion for each set of different analogue signal lines. Every couple of difference entries forms a couple of canals.
You can connect a different kind of probe (e.g. RTD, thermoelement, thermistor or semi-conductor ) to each probe couple, but both probes in the probe couple must be the same probe kind (although it is possible to combine probe kinds when the probe is connected). OmWeB-TEMP has four integral CJC ( "cold junction compensating ") transducers for thermal element measurement and integral power supply for resistive sensing. Each CJC transducer is assigned to one of the four measurement canals.
A built-in multiprocessor linearises the measured values automatic. OmWeB-TEMP has 8 independant thermal interrupts, with each interrupt controlling an associated analog I/O port as interrupt out. One of the inputs for each interrupt is one of the thermal inputs. The outputs of each interrupt can be configured by means of either High or Low configuration programs.
Thresholds that can be configured by the operator enable each alert. The DIO port is set to the current status when an interrupt is made. There are eight I/Os available to communication with remote equipment and create warnings. Digitally programmed binary inputs and outputs.
You can switch the digitale ouput for 3. OmWeB-TEMP Webinterface shows actual information that has been retrieved from the instrument and does not record or save history any more. TracerDAQ provides you with the ability to create a graphical design or record your work. OM-WEB's TEMP Engine comes with an amazing selection of powerful tools, among them TracerDAQ®, a fully functional, out-of-the-box acquisition, display and analytics tool.
Accuracy: -0. 75 to 0. 5°C maximum (15 to 35°C); Pt100 RTD input: 2-, 3- or 4-wire DIN 43760, www. cjc-sensor = 0. 00385, configuration: Every DIO bits can be individually configurated for in- or out. Switchable outputs of either 3.3V or 4V. Digitally I/O transmission speed (software controlled):
50 ports read or 1 bits read per second (typical): Low supply voltage: 1. 0V maximum, -0. 3V minimum (5V mode); High supply voltage: 4. 3V minimum (5V mode), safety hazards: the EEPROM (512 byte for the probe configuration);