STATUS INSTRUMENTS / TEMPERATURE TRANSMITTERS

SEM710TM

Temperature/mA Transmitter/Display/Logger

ISOLATED RTD/TC/mA UNIVERSAL INPUT
PUSH BUTTON/NFC/USB CONFIGURATION
6 DIGIT ALPHA-NUMERIC LCD DISPLAY
TWO WIRE (4 to 20) mA OUTPUT
USER LINEARISATION FOR Ma
UP TO 5000 POINT DATA LOGGER (USB/NFC INTERFACE)

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01 / OVERVIEW

ภาพรวม

The SEM710TM is a two wire (4 to 20) mA temperature transmitter with indicator, designed to accept RTD or Thermocouple temperature sensors or a mA control signal. The device displays the sensor temperature in °C or °F or mA process value on a 6-digit LCD display. Configuration is achieved by operating three-push buttons and navigating a menu structure. USB and contactless (NFC) interfaces are also provided for configuration and data logger function, with up to 5000 time-stamped logs at adjustable rates. The indicator also has an alert LED for signal error indication.

02 / FEATURES

คุณสมบัติเด่น

Data Logging Function

(See Logger* entries, check website for latest Android version compatibility). The SEM710TM also provides a powerful data logging function. The log points can be set up to 5000 points. Each point is time and date-stamped. The SEM710TM can continue to record time-stamp data for over 4 hours on the loss of the loop supply and resumes logging when repowered. The log rate is selectable in steps. The start of log can be delayed if required. Either fixed or rolling logs may be performed.

USB, NFC, and Push-Button Configuration

Configuration of the SEM710TM can be done in three ways:

On a Windows PC running Status Instruments’ free “USB-SpeedLink” software.

Using a suitable Android device running Status Instruments’ free NFC Configuration App “NFC-Link”.

By use of push buttons.

User-Linearisation (mA)

The SEM710TM has a user linearization function. When using a mA input, a 22-point user-linearisation tool is available for applications such as volume in a non-linear tank or correcting known errors in any (4 to 20) mA signal. This can also be used to apply calibration points for loop sensors that may drift over time.