062 - 893 5561 |  sales@bluetechcontrol.com

SmartLine Wireless Transmitters

Our SmartLine Wireless Transmitters are the latest evolution of our wireless transmitter offerings. SmartLine Wireless transmitters interoperate seamlessly in existing wireless networks that XYR 6000 transmitters are currently installed.

SmartLine Wireless Absolute Pressure

SmartLine® Wireless Absolute Pressure Transmitters offer exceptional accuracy while generating cost savings by providing a solution to obtain data from remote and hazardous locations

Absolute Pressure transmitters are not influenced by atmospheric pressure and thus a typical area of use is in vacuum applications. Absolute pressure transmitters are also ideal for low-pressure measurement in vacuum distillation columns, where energy savings are directly proportional to the vacuum in the column.

SmartLine® Wireless Absolute Pressure Transmitters are offered in two different series: the high-performance Series 800, and the high-value Series 700. ​The SmartLine Wireless Absolute Pressure Transmitters include the following types and operating ranges:​

Series Models Type Operating Range
700 STAW740 Dual Head 0-500 psi (0-35 bar)
STAW74L In-Line 0-500 psi (0-35 bar)
800 STAW84L In-Line 0-500 psi (0-35 bar)

How Does It Work?

Honeywell’s approach begins with the most capable and most versatile wireless network, the OneWireless Network. Our network is the industry’s first multiprotocol network with support for both the ISA100 Wireless and WirelessHART protocols. Devices from both protocols coexist and are operational in real-time together. Additionally, the OneWireless Network further bridges the future with the past in that Wi-Fi based devices and wired MODBUS based devices can also connect to the network.

Honeywell designed the OneWireless Network so that customers could install a single high-performance network for process monitoring with the flexibility to add more critical applications, like control, when desired. The built-in features in the network allow the OneWireless Network to be ready for control, like offering a scalable wireless infrastructure while still maintaining deterministic communication.

Honeywell’s SmartLine Wireless Pressure builds upon the previous generation transmitter offering by offering a ½ second publication rate option, and a new anti-aliasing filter option. These transmitters are ready for control. Honeywell customers currently utilizing XYR™ 6000 wireless transmitters can also painlessly add SmartLine Wireless Pressure to their networks.

What Problems Does It Solve?

Wireless field devices lower the barrier to project ROI justification, speeds the installation process, and thus gets operational faster.

Industrial organizations looking for operational improvement are looking for new areas to gain efficiencies or optimization. This leads to re-evaluating areas that were in the past hard to financially justify or physically hard to gain access. Wireless field devices solve this issue with the ability to lower the cost and provide an alternative path for instrumentation.

When evaluating industrial wireless offerings, SmartLine Wireless Pressure product offers significant performance and cost advantages for both current and new users of industrial wireless technology by:

  • Providing a robust wireless network with increased power, faster update rates, reduced infrastructure requirements and wider deployment options
  • Incorporating additional noise reduction to improve performance in control applications
  • Simplifying installation and commissioning
  • Utilizing long-life commodity batteries
  • Offering the ability usef 24-volt DC power, optionally, in the field
  • Implementing proven, industry-best cyber security

SmartLine Wireless Differential Pressure

Differential pressure transmitters measure the pressure difference between two points and thus find widespread use in flow applications like furnace combustion airflow rate or level applications like hydrostatic tank gauging.

SmartLine® Wireless Differential Pressure Transmitters are offered in two different series: the high-performance Series 800, and the high-value Series 700. The transmitters offer exceptional accuracy while generating cost savings by providing a solution to obtain data from remote and hazardous locations simply, safely and securely.

The SmartLine Wireless Differential Pressure Transmitters cover the following operating ranges:

Series Models Operating Range
700 STDW720 0-400 in H2O (0-1000 mbar)
STDW730 0-100 psi (0-7 bar)
STDW770 0-3000 psi (0-210 bar)
800 STDW810 0-10 in H2O (0-25 mbar)
STDW820 0-400 in H2O (0-1000 mbar)
STDW830 0-100 psi (0-7 bar)
STDW870 0-3000 psi (0-210 bar)

How Does It Work?

Honeywell’s approach begins with the most capable and most versatile wireless network, the OneWireless Network. Our network is the industry’s first multiprotocol network with support for both the ISA100 Wireless and WirelessHART protocols. Devices from both protocols coexist and are operational in real-time together. Additionally, the OneWireless Network further bridges the future with the past in that Wi-Fi based devices and wired MODBUS based devices can also connect to the network.

Honeywell designed the OneWireless Network so that customers could install a single high-performance network for process monitoring with the flexibility to add more critical applications, like control, when desired. The built-in features in the network allow the OneWireless Network to be ready for control, like offering a scalable wireless infrastructure while still maintaining deterministic communication.

Honeywell’s SmartLine Wireless Pressure builds upon the previous generation transmitter offering by offering a ½ second publication rate option, and a new anti-aliasing filter option. These transmitters are ready for control. Honeywell customers currently utilizing XYR™ 6000 wireless transmitters can also painlessly add SmartLine Wireless Pressure to their networks.

What Problems Does It Solve?

Wireless field devices lower the barrier to project ROI justification, speeds the installation process, and thus gets operational faster.

Industrial organizations looking for operational improvement are looking for new areas to gain efficiencies or optimization. This leads to re-evaluating areas that were in the past hard to financially justify or physically hard to gain access. Wireless field devices solve this issue with the ability to lower the cost and provide an alternative path for instrumentation.

When evaluating industrial wireless offerings, SmartLine Wireless Pressure product offers significant performance and cost advantages for both current and new users of industrial wireless technology by:

  • Providing a robust wireless network with increased power, faster update rates, reduced infrastructure requirements and wider deployment options
  • Incorporating additional noise reduction to improve performance in control applications
  • Simplifying installation and commissioning
  • Utilizing long-life commodity batteries
  • Offering the ability usef 24-volt DC power, optionally, in the field
  • Implementing proven, industry-best cyber security

SmartLine Wireless Flange Mount

SmartLine® Wireless Flange Mount Pressure Transmitters are offered in two different series: the high-performance Series 800, and the high-value Series 700.

Flange mount pressure transmitters allow installation onto a tank flange and thus are offered with a variety of tank connections. Typical applications include high-accuracy level measurement in pressurized and unpressurized vessels in the chemical and hydrocarbon industries.

The SmartLine Wireless Flange Mount Pressure Transmitters cover the following operating range:

Series Models Operating Range
700 STFW724 0-400 in H2O (0-1000 mbar)
800 STFW828 0-400 in H2O (0-1000 mbar)

How Does It Work?

Honeywell’s approach begins with the most capable and most versatile wireless network, the OneWireless Network. Our network is the industry’s first multiprotocol network with support for both the ISA100 Wireless and WirelessHART protocols. Devices from both protocols coexist and are operational in real-time together. Additionally, the OneWireless Network further bridges the future with the past in that Wi-Fi based devices and wired MODBUS based devices can also connect to the network.

Honeywell designed the OneWireless Network so that customers could install a single high-performance network for process monitoring with the flexibility to add more critical applications, like control, when desired. The built-in features in the network allow the OneWireless Network to be ready for control, like offering a scalable wireless infrastructure while still maintaining deterministic communication.

Honeywell’s SmartLine Wireless Pressure builds upon the previous generation transmitter offering by offering a ½ second publication rate option, and a new anti-aliasing filter option. These transmitters are ready for control. Honeywell customers currently utilizing XYR™ 6000 wireless transmitters can also painlessly add SmartLine Wireless Pressure to their networks.

What Problems Does It Solve?

Wireless field devices lower the barrier to project ROI justification, speeds the installation process, and thus gets operational faster.

Industrial organizations looking for operational improvement are looking for new areas to gain efficiencies or optimization. This leads to re-evaluating areas that were in the past hard to financially justify or physically hard to gain access. Wireless field devices solve this issue with the ability to lower the cost and provide an alternative path for instrumentation.

When evaluating industrial wireless offerings, SmartLine Wireless Pressure product offers significant performance and cost advantages for both current and new users of industrial wireless technology by:

  • Providing a robust wireless network with increased power, faster update rates, reduced infrastructure requirements and wider deployment options
  • Incorporating additional noise reduction to improve performance in control applications
  • Simplifying installation and commissioning
  • Utilizing long-life commodity batteries
  • Offering the ability usef 24-volt DC power, optionally, in the field
  • Implementing proven, industry-best cyber security

SmartLine Wireless Gauge Pressure

SmartLine® Wireless Gauge Pressure Transmitters are offered in two different series: the high-performance Series 800, and the high-value Series 700.

Gauge pressure transmitters measure the pressure relative to atmospheric pressure. Typical applications include high-pressure measurement in boilers, fuel feeds, and high-pressure reaction vessels in the petrochemical and hydrocarbon recovery industries.

The SmartLine Wireless Gauge Pressure Transmitters include the following types and operating ranges:

Series Models Type Operating Range
700 STGW740 Dual Head 0-500 psi (0-35 bar)
STGW770 Dual Head 0-3000 psi (0-210 bar)
STGW73L In-Line 0-50 psi (0-3.5 bar)
STGW74L In-Line 0-500 psi (0-35 bar)
STGW77L In-Line 0-3000 psi (0-210 bar)
STGW78L In-Line 0-6000 psi (0-420 bar)
STGW79L In-Line 0-10000 psi (0-690 bar)
800 STGW840 Dual Head 0-500 psi (0-35 bar)
STGW870 Dual Head 0-3000 psi (0-210 bar)
STGW84L In-Line 0-500 psi (0-35 bar)
STGW87L In-Line 0-3000 psi (0-210 bar)

How Does It Work?

Honeywell’s approach begins with the most capable and most versatile wireless network, the OneWireless Network. Our network is the industry’s first multiprotocol network with support for both the ISA100 Wireless and WirelessHART protocols. Devices from both protocols coexist and are operational in real-time together. Additionally, the OneWireless Network further bridges the future with the past in that Wi-Fi based devices and wired MODBUS based devices can also connect to the network.

Honeywell designed the OneWireless Network so that customers could install a single high-performance network for process monitoring with the flexibility to add more critical applications, like control, when desired. The built-in features in the network allow the OneWireless Network to be ready for control, like offering a scalable wireless infrastructure while still maintaining deterministic communication.

Honeywell’s SmartLine Wireless Pressure builds upon the previous generation transmitter offering by offering a ½ second publication rate option, and a new anti-aliasing filter option. These transmitters are ready for control. Honeywell customers currently utilizing XYR™ 6000 wireless transmitters can also painlessly add SmartLine Wireless Pressure to their networks.

What Problems Does It Solve?

Wireless field devices lower the barrier to project ROI justification, speeds the installation process, and thus gets operational faster.

Industrial organizations looking for operational improvement are looking for new areas to gain efficiencies or optimization. This leads to re-evaluating areas that were in the past hard to financially justify or physically hard to gain access. Wireless field devices solve this issue with the ability to lower the cost and provide an alternative path for instrumentation.

When evaluating industrial wireless offerings, SmartLine Wireless Pressure product offers significant performance and cost advantages for both current and new users of industrial wireless technology by:

  • Providing a robust wireless network with increased power, faster update rates, reduced infrastructure requirements and wider deployment options
  • Incorporating additional noise reduction to improve performance in control applications
  • Simplifying installation and commissioning
  • Utilizing long-life commodity batteries
  • Offering the ability usef 24-volt DC power, optionally, in the field
  • Implementing proven, industry-best cyber security

SmartLine Wireless Temperature

Honeywell’s SmartLine Wireless Temperature Transmitter offers exceptional accuracy in temperature measurements. The temperature transmitters support a variety of input options to address different user needs.

With SmartLine Wireless there are two different transmitter types that can support temperature measurements.

The SmartLine Wireless Temperature Transmitter supports up to four temperature thermocouple, milli-volt, ohm inputs, and/or discrete inputs, or two RTD inputs.

The SmartLine Wireless Universal I/O Transmitters offer similar capability to the Wireless Temperature Transmitter is an alternative choice if RTD inputs are not required.

How Does It Work?

SmartLine Wireless Temperature Transmitter measures the analog signal from temperature sensors, discrete inputs, milli-volt values or ohm values and transmit a digital output signal proportional to the measured value for direct digital communications with systems. The discrete input channels support voltage-free floating contacts.

The output signal can be transmitted to another transmitter, field router, or access point which then ultimately transmits the message to a gateway. These nodes wirelessly intercommunicate, forming a managed, secure and redundant network.

The SmartLine Wireless Temperature Transmitter is fully compliant to the international ISA100 wireless standard.

What Problems Does It Solve?

​Honeywell’s wireless transmitters enable provide a low cost, easy install and secure solution to bring wireless data into the process control or SCADA monitoring system. Wireless solutions provide a method to provide measurements where traditional instrumentation was not possible due to physical or financial constraints.

Honeywell wireless products provide an industry-recognized security offering and an ease of mind that your wireless investment will continue to viable in the future.

SmartLine Wireless Universal I/O

The SmartLine Wireless Universal I/O Transmitters enable users to bring in high level analog inputs, thermocouples, milli-volt and discrete contact closure inputs wirelessly into their control system.

SmartLine Wireless Universal I/O Transmitters are available in two models:

STUW750 - Supports a total of three inputs which can be a combination of 1-3 high level analog inputs (0-20 mA/4- 20 mA) or 1-3 thermocouple, milli-volt or discrete inputs.

STUW751 - Supports two inputs, which can be a combination of 1-2 high level analog inputs (0-20 mA/4-20 mA), 1-2 thermocouple inputs, 1-2 milli-volt inputs or 1-2 discrete inputs and one discrete output that can be used to trigger an alarm or turn on/off a device.

How Does It Work?

Honeywell’s Universal I/O Transmitters convert measurements into a wireless signal that can be transmitted to another transmitter, field router, or access point which then ultimately transmits the message to a gateway. These nodes wirelessly intercommunicate, forming a managed, secure and redundant network.

Honeywell’s gateway (Wireless Device Manager) provides the path to bring information into any control system via many common interfaces including: OPC client, HART or Modbus/TCP. Integration with Experion® PKS and other control systems provides local measurement accuracy to the system level without adding typical A/D and D/A converter inaccuracies.

The SmartLine Wireless Universal I/O Transmitters are fully compliant to the international ISA100 wireless standard.

What Problems Does It Solve?

The ability to mix and match multiple input types along with a discrete output in a single device reduces the installation and configuration costs involved in using multiple single function devices. In addition, the Honeywell’s Universal I/O Transmitters enhance users’ flexibility to monitor applications that have no access to power, that are remote or difficult to reach and that may require frequent reconfiguration.

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062-893 5561

Email: sales@bluetechcontrol.com