Honeywell SmartLine series transmitters

Honeywell SmartLine series transmitters

Overall product positioning and core universal advantages

The SmartLine series transmitters cover the entire life cycle of factory planning, commissioning, operation, and maintenance. With high performance, modular structure, improved diagnostic capabilities, and strong system integration, they help customers reduce costs and increase efficiency, minimize unplanned downtime, improve product quality, compress spare parts inventory, and shorten fault repair time.

General highlights

Cloud based selection verification tool: online selection, parameter verification, automatic retention of configuration data, pre configured equipment at the factory, significantly reducing debugging cycle.

Universal wiring terminals: avoid wiring errors, reduce on-site inspections and rework.

Modular design: Simplify equipment structure, reduce procurement, renovation, maintenance, and spare parts costs.

Local operation interface: high-definition graphical display screen+three key local configuration, allowing for on-site debugging, viewing of operating conditions and alarm information without the need for handheld devices.

Deep integration of the system: highly compatible with Honeywell's Expert control system, equipped with exclusive diagnostic, status prompt, tamper proof and other functions.

Functions and characteristics of various types of transmitters

1. Pressure transmitter

Set a benchmark for pressure measurement performance in harsh industrial conditions.

By relying on excellent stability and rapid response capabilities, precise process control can be achieved to improve product yield and quality.

A single device can adapt to multiple working conditions, reducing the types of spare parts and maintenance costs.

Built in three calibration ranges, no need for secondary calibration on site, accelerating project delivery.

Equipped with a chemical compatibility comparison table, it can assist in quickly selecting liquid receiving components and automatically generate equipment data sheets, saving engineering time.

2. Temperature transmitter

Featuring high precision and stability, achieving lower overall cost of ownership.

Excellent long-term stability, reducing calibration frequency and difficulty.

Support dual sensor input and split range detection, reduce equipment usage, and enhance control capabilities.

Equipped with digital output, no need for additional external switches, simplifying hardware configuration.

High measurement reliability, shortened sensor wiring length, reduced wiring costs, and improved equipment continuous operation time.

3. Multi variable transmitter

Three in one integrated measurement reduces process point intrusion.

It can simultaneously measure differential pressure, static pressure, and medium temperature, and combine standard and dynamic compensation algorithms to achieve accurate and stable flow detection.

Capable of fault safe flow measurement, strong anti-interference ability, and improving system reliability.

Support thermocouple input, adapt to high temperature conditions, and reduce overall cost of ownership.

Paired with Device Type Managers (DTMs), configuration and debugging do not require specialized tools and are easy to operate.

4. Remote display instrument (RMA 800)

As an on-site auxiliary display unit, it is suitable for scenarios where instrument observation is inconvenient.

Adapt to the full range of SmartLine field devices, display process parameters and equipment status.

Compatible with third-party 4-20mA current circuits and corresponding digital protocols, the transmitter has strong versatility.

5. Wireless transmitter

Adopting mainstream wireless technology in the industry, adapted to large-scale wireless monitoring and control scenarios.

Following the ISA100 Wireless protocol, it can be connected to the OneWireless network, compatible with existing XYR 6000 wireless devices, and can be upgraded without pressure.

The product includes wireless pressure, temperature, and universal IO transmitters, which can build a unified high-performance wireless network and support later expansion of control applications.

Seamless integration with the Expert system and Honeywell Connected Factory platform, with low entry barriers.

6. Liquid level transmitter

It includes two technical routes: guided wave radar and 80GHz non-contact radar, suitable for liquid and solid material level measurement.

Equipped with obstacle shielding and false echo dynamic suppression algorithms, it is suitable for complex tanks to avoid measurement errors and unplanned shutdowns.

Optimize blind spot parameters, adapt to small tanks, and fully utilize existing facilities.

Advanced algorithms support stable measurement under dynamic working conditions and switching scenarios.

The entire series has passed the Experts PKS test, with excellent compatibility and integration capabilities, meeting various high demand liquid level measurement scenarios.

Supporting accessories and integration solutions

1. Overall advantages

The transmitter and accessories undergo joint debugging, calibration, and international standard certification in the factory, and can be installed immediately upon opening the box. A complete test report is attached to meet compliance and audit requirements, while also ensuring safety and reliability, and shortening the construction period.

2. Main accessories

Valve group: including a cut-off discharge structure, providing various specifications such as two-way, three-way, and four-way; Divided into wide body/compact, traditional/clip on styles; Optional NACE standard material, supporting factory pre installation and matching installation brackets, compatible with pressure transmitters.

Temperature measurement components: including rigid threads, socket welding, flange type and other structures; Equipped with RTD/thermocouple sensors with protective sleeves, it supports overall pre installation and is divided into conical and straight protective sleeves.

System integration advantages (SmartLine integration features)

Deeply integrated with Honeywell's Expert control system, unique features include transmitter message prompts, maintenance status indicators, tamper proof reporting, and on-site device manager (FDM) status viewing; The equipment has undergone comprehensive joint debugging, with simple and stable installation and operation, improving operational efficiency, process reliability, and personnel safety.

The three core values of the product&full lifecycle benefits

1. Three core positioning

Intelligent performance: high precision, high stability, fast response, achieving refined process control, improving product quality and output.

Intelligent design: Modular structure facilitates on-site replacement, universal terminals reduce wiring faults, local configuration eliminates dependence on handheld devices, reduces costs and improves efficiency.

Intelligent user experience: Cloud based tools simplify selection and configuration, exclusive message reminders, security protection, and system integration, accelerate fault handling, and avoid process abnormalities.

2. The full lifecycle value of the factory

Project planning: Reduce initial investment to facilitate equipment renovation after production.

Start debugging: significantly shorten the duration of project initiation and debugging.

Operation phase: Reduce operation and maintenance costs, avoid unplanned downtime, and improve product quality.

Maintenance phase: Reduce total maintenance costs, shorten repair time, and improve operational safety.