SEM320X/55
This product can not be supplied on its own. It must be supplied with a temperature probe
Get a quoteE-mail : support@status.co.uk
- HART 5,6,7 compatible
- UKEX, ATEX and IEC Ex approval
- process value, text and bar-graph displays
- (4 to 20) ma or hart multidrop output
- SIL 2 hardware safety integrity
The SEM320X is a HART (generic device) field temperature transmitter that is HART 5,6,7 compatible, universal temperature transmitter with display. It accepts RTD, Thermocouple, Potentiometer or millivolt input signals and converts them to the industry standard (4 to 20) mA transmission signal. Alternatively, HART multidrop mode can be selected.
It is approved to UKEX, ATEX and IECEx and is housed in its own bespoke connection head, Exia or ExD approved. It is programmed using a communication lead (USBX Config) together with our free configuration USBSpeedlink software, (In the safe area). Standard HART features can also be programmed using HART communication.
See Exia and ExD approvals for the SCH55X head below
UKEX Certificate ATEX Certificate
The field temperature transmitter has a rotational five-digit display for the process value and a 5-digit display for messaging, in addition to a bar graph for % of mA output.
Is is used together with our temperature probes. We can manufacture these to your specification. The most popular types can be seen here
SENSOR-REFERENCING
The SEM320 sensor-referencing, via the Windows based USBSpeedlink software, allows for close matching to a known reference sensor, eliminating possible sensor errors.
USER-CALIBRATION
In addition to sensor-referencing, current output trimming is possible via the USB and HART commands.
CUSTOM LINEARISATION
The SEM320 can be programmed with a custom linearisation to suit non-standard sensors, or sensors with unusual or unique characteristics. Consult the sales office for details.
SENSOR BURN-OUT DETECTION
If a sensor wire is broken or becomes disconnected, the SEM320 output will automatically go to its user-defined level (upscale or downscale) or pre-set value.
OUTPUT CURRENT PRESET
For ease of system calibration and commissioning, the output can be set to a pre-defined level anywhere within the (4 to 20) mA range.