The DMC-1400 also features the ability to test for pass/fail criteria, capture both AS FOUND and AS LEFT data, maintain calibration data for 50 instruments in nonvolatile memory, and even print calibration certificates right in the field, with no PC needed, using our optional OTS-100 portable certificate printer.

Measure and simulate thermocouples, RTDs, current, voltage, frequency and pressure, and source pulse trains with one lightweight easy to use calibrator. A communications port compatible with BetaPort–P pressure modules is provided, as is an isolated milliamp/Volt read-back circuit. Arrow keys, direct numeric keypad entry, and three software-driven function buttons, plus a large backlit, menu-driven graphics display combine to provide a highly intuitive, simple yet powerful operator interface.

Features:

• Measure and simulate T/Cs (13 types), RTDs (13 types), Ohms, current, voltage, frequency and pressure;
  source pulse trains
• Highest accuracy in class to 0.015% of reading
• Pressure module communication port compatible with BETA pressure modules
• Isolated mA/V read-back circuit for complete transmitter calibration
• Built-in 24 V supply can drive 4 – 20 mA loops up to 1000 Ohms
• Direct entry of custom RTD coeffi cients (R0, A, B, C)
• All simulate modes can be programmed with dedicated setpoints to speed calibration and linearity tests
• Store up to 21 data points per instrument, and up to 50 instruments in non-volatile memory
• Test for pass/fail criteria
• Capture both AS FOUND and AS LEFT data
• Review data and print calibration certificates in the field
• Upload data to PC for analysis with Microsoft® Excel® or full database
• Meets CE requirements and is designed to IEC 1010 safety standards
• Supplied in full rubber boot

Specifications:

When the day’s work is over, you can save the data to a PC. A Windows® PC already has most, if not all, of the software you need. If you will just print calibration certificates, use Windows HyperTerminal to upload an ASCII image of the certificate and print away. With a Microsoft Excel compatible spreadsheet, you can choose to upload .CSV files using the free Martel USV (Upload-Save-View) support utility. USV will even organize your calibrations in subdirectories to keep your data in easy to fi nd and retrieve status. With the DMC-1400, it’s all you need to have a complete and organized, paperless, calibration system.

Martel USV is simple to use, with a clean and straightforward interface, allowing ready access to all the functions needed. USV is run by selecting it from the normal Windows start menu. It loads instantly, ready to get data from the DMC-1400 calibrator. The first time USV is run, an RS-232 COM port will need to be selected from within the utility to establish communications with the DMC-1400. This only needs to be done once unless a different COM port is used. Report styles to be uploaded to the PC from the DMC-1400 can be chosen from either text (.TXT) or comma delimited (.CSV) files. Text files are an image of the calibration certificate, which can be printed using Windows®™ Notepad® or other text editor. The CSV file imports right into Microsoft Excel® or other similar spreadsheet program or database. Once a type of file upload has been chosen, that type becomes the default unless changed at a later time.

Some other useful confi guration options for the USV are the size of the window, which can be made any size up to full screen. USV remembers this from one session to the next. The location of data files that are saved from the calibrator can also be selected and this becomes the default location until changed. The location can be a local folder or a network location. The default location is the user’s My Documents folder in a directory called Martel USV Reports.

• Save Reports as a Single File …
• Save Reports as Separate Files …
• Save Reports in Separate Tag Directories…