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The Honeywell MCT404 Toolkit is a portable configurator. Typically used by maintenance and engineering departments, the tool can be used to configure, monitor, diagnose and manage smart field instruments/devices. The Honeywell MCT404 is a multipurpose tool, supporting both HART and Honeywell’s Digitally Enhanced (DE) communication protocols.
The MCT404 Toolkit allows easy access to instrument configuration database parameters without the need for prior training or experience. Each MCT404 Toolkit comes loaded with all registered HART Device Description (DD) files and may be supplemented with non published DD files at any time – so any HART new device can be configured as long as a DD can be downloaded. New DD files are easily downloaded and installed using ActiveSync/Mobile Device Center software and the USB cable provided.
Configures any Honeywell DE device: SmartLine ST 3000, ST 800, ST 700 Pressure and
STT 3000 Temperature Transmitters.
IrDA port enables IrDA Applications to interface with other IrDA standard devices including: Honeywell ISA100 Wireless devices, UDA 2182
Analyzers and UDC Controllers
Configures any HART device with a published
HART Device Descriptions (DD), regardless of device manufacturer.
Industrial grade ruggedness with WP IP65 enclosure
Memory Expandable through industrial grade SD card up to 32GB for data storage
480*640 High resolution backlight display with ambient light sensor
Numeric keypad with large buttons for easy operation or Alpha numeric key pads for convenience like mobile phone and ease of texting
Supports Wi-Fi for rapid data exchange WLAN: 802.11 a/b/g/n
Supports easy downloading of any new vendor’s DD files via a PC connection.
Intuitive graphical user interface provides simple navigation and device configuration.
Available in Intrinsically-safe as well as Non
Intrinsically-safe versions:
Ruggedized version Environmentally hardened with no approvals.
Zone 1 approvals: Intrinsically-safe version, available with FM Class I, Div 1/Zone 1 approvals, ATEX and IECEx Zone 1 approvals.
Fully supports all HART 5.X, HART6.X and wired HART7.X. Commands and utilizes DD-IDE/SDC 625 technology and “Open” Tools standard.
Benefits:
Supports transmitter diagnostic and on-line monitoring as well as transmitter calibration.
Standardizes both HART and DE field instrument configuration with one hand-held device.
Configuration of common, universal and specific device commands is supported.
User interface provides detailed explanations and sub-menus during the configuration process for ease of operation for even the casual user.
Comprehensive Device database of all the on line and offline devices with FDM.
Ability to Schedule Device calibration.
FDC 2.X Application allows the user to import the device configuration parameters from FDM (Field Device Manager).
Supports communication with HART devices when the operator is performing the following functions:
Initial device configuration
Starting a method
Changing a configuration parameter
Determining the actual “state” or process variable of a particular device
Activating a device’s internal diagnostic functions.
The Honeywell MCT404 Toolkit is a portable configurator. Typically used by maintenance and engineering departments, the tool can be used to configure, monitor, diagnose and manage smart field instruments/devices. The Honeywell MCT404 is a multipurpose tool, supporting both HART and Honeywell’s Digitally Enhanced (DE) communication protocols.
The MCT404 Toolkit allows easy access to instrument configuration database parameters without the need for prior training or experience. Each MCT404 Toolkit comes loaded with all registered HART Device Description (DD) files and may be supplemented with non published DD files at any time – so any HART new device can be configured as long as a DD can be downloaded. New DD files are easily downloaded and installed using ActiveSync/Mobile Device Center software and the USB cable provided.
Configures any Honeywell DE device: SmartLine ST 3000, ST 800, ST 700 Pressure and
STT 3000 Temperature Transmitters.
IrDA port enables IrDA Applications to interface with other IrDA standard devices including: Honeywell ISA100 Wireless devices, UDA 2182
Analyzers and UDC Controllers
Configures any HART device with a published
HART Device Descriptions (DD), regardless of device manufacturer.
Industrial grade ruggedness with WP IP65 enclosure
Memory Expandable through industrial grade SD card up to 32GB for data storage
480*640 High resolution backlight display with ambient light sensor
Numeric keypad with large buttons for easy operation or Alpha numeric key pads for convenience like mobile phone and ease of texting
Supports Wi-Fi for rapid data exchange WLAN: 802.11 a/b/g/n
Supports easy downloading of any new vendor’s DD files via a PC connection.
Intuitive graphical user interface provides simple navigation and device configuration.
Available in Intrinsically-safe as well as Non
Intrinsically-safe versions:
Ruggedized version Environmentally hardened with no approvals.
Zone 1 approvals: Intrinsically-safe version, available with FM Class I, Div 1/Zone 1 approvals, ATEX and IECEx Zone 1 approvals.
Fully supports all HART 5.X, HART6.X and wired HART7.X. Commands and utilizes DD-IDE/SDC 625 technology and “Open” Tools standard.
Benefits:
Supports transmitter diagnostic and on-line monitoring as well as transmitter calibration.
Standardizes both HART and DE field instrument configuration with one hand-held device.
Configuration of common, universal and specific device commands is supported.
User interface provides detailed explanations and sub-menus during the configuration process for ease of operation for even the casual user.
Comprehensive Device database of all the on line and offline devices with FDM.
Ability to Schedule Device calibration.
FDC 2.X Application allows the user to import the device configuration parameters from FDM (Field Device Manager).
Supports communication with HART devices when the operator is performing the following functions:
Initial device configuration
Starting a method
Changing a configuration parameter
Determining the actual “state” or process variable of a particular device
Activating a device’s internal diagnostic functions.
