The YTA610 temperature transmitter is a premium solution, offering unsurpassed accuracy (Pt100: ±0.14°C / ±0.25°F) and critical diagnostics. It is available with HART® 7 or FOUNDATION™ Fieldbus ITK 6.
Details
YTA610 Features Include:
- Dual-compartment field-mount housing
- Local Parameter Setting (LPS) function (model with indicator)
- Essential diagnostics
- Detachable Lightning Protector
What Are the Benefits of the YTA610 Temperature Transmitter?
Combining reliable technology with superior field knowledge, Yokogawa turns 'sensing' to 'sense-making', providing insights into a device's lifecycle and adding value to the user.
YTA Total Insight offers valuable information throughout the devices’ lifecycle.
Sensing Selection : Engineering and Procurement
Simple lineup and a wide range of international approvals help the customer select the right product.
Easy Installation : Configuration and Commissioning
Various ways of configuring devices contribute to reduced installation and configuration time.
Rich Information : Operation and Observation
Valuable diagnostic information leads to improved process efficiency.
Expert Solution： Maintenance and Service
Providing timely maintenance information contributes to reduced maintenance cost.
Sensing Selection
Engineering and Procurement--Simple lineup and a wide range of international approvals help the customer select the right product.
The safety of personnel is equally as important as plant availability, throughput, and profitability. For these reasons Yokogawa believes safety should never be an option, it should be a standard feature in all modern process automation & control equipment. The YTA610 has been designed and built by this philosophy.
Rugged Construction
Today’s temperature applications can be located in very harsh environments; Yokogawa’s temperature transmitters are engineered to endure the severe conditions with a dual compartment housing design made from either low copper aluminum or stainless steel. The dual compartment design isolates the field wiring terminals from the electronics.
Exida® IEC 61508 Certification
The Yokogawa YTA610 series temperature transmitters are designed and certified to IEC61508:2010 Parts 1 through 7 and IEC61511:2004 Parts 1 through 3. It is approved for single transmitter use in SIL 2 safety applications and dual transmitter use in SIL 3 safety applications with no unique option required. With Yokogawa YTA610 temperature transmitters, no longer will you have to maintain two separate inventories - one for production applications and one for safety applications. How much will that save your company? The certificate and FMEDA are available under the "Download" tab above.
Worldwide Approvals
With the rapid globalization of markets, numerous international standards and approvals are becoming necessary. The YTA610 has acquired various international certifications including FM, CSA, ATEX, IECEx, INMETRO, KOSHA, EAC, and NEPSI.
Universal Inputs
In addition to measuring temperature with various RTDs and thermocouples, the YTA610/YTA710 can be used to convert DC voltage and resistance into an analog 4 to 20 mA output. There is a wide range of devices that can be used to supply a resistance or voltage input.
Easy Installation
Configuration and Commissioning
Various ways of configuring devices contribute to reduced installation and configuration time.
Local Parameter Setting (LPS)
Basic parameters can be set quickly on-site with the LPS configuration buttons, located on the display, without the need for a Hand Held Communicator (HHC) or additional configuration tools.
* Accessible parameters vary depending on the communication protocol
Configuration Using FieldMate
FieldMate is a tool for adjusting and configuring instruments. Instrument maintenance, management, and even replacement can be performed with easily understood intuitive screens. With the proper modem, FieldMate can communicate with Hart®, FOUNDATION™ Fieldbus, Profibus, Modbus, or ISA100 instruments.
Sensor Matching (Optional)
Although all RTD sensors follow an overall standard resistance curve, each sensor, because of the manufacturing process or slight variations in material makeup, have a unique resistance output curve. The difference between the ‘ideal’ standard curve and sensor’s actual curve will cause errors in measurement. For applications with a high accuracy requirement, temperature sensor manufacturers can supply sensor-specific information to define the individual resistance output. Sensor matching is an optional function available on the YTA610/YTA710 for RTD sensor that can use the sensor manufacturer’s sensor-specific information (known as Callendar-Van Dusen coefficients) to increase the accuracy of the measurement.
Custom Thermocouple User Table
The YTA610/YTA710 offers a range of preprogrammed thermocouple inputs; but, if the input Thermocouple being used is not one of the preprogrammed and the temperature-to-EMF data is available for that sensor, the YTA610/YTA710 uses the custom table to determine the temperature based on the thermocouple EMF input value via FieldMate.
Rich Information: Operation and Observation
Valuable diagnostic information leads to improved process efficiency.
Sensor Failure
This diagnostic detects any disconnection of a sensor. When current is applied, and the resistance of a sensor is above a determined threshold, the transmitter outputs a sensor failure alarm. The diagnostic is available for TC, RTD, mV and resistance inputs. The alarm threshold is determined by the type of input. For a YTA610 that has two sensor inputs, different alarm codes are generated to identify which sensor has failed.
Terminal Block Failure
This diagnostic detects any disconnection at the cold junction compensation (CJC) point on the terminal block. When the function detects a resistance of the CJC above the pre-determined threshold, the transmitter outputs a terminal block failure alarm. The diagnostic is available for TC.
TC/mV Sensor Diagnostic
This diagnostic measures line resistance of the measuring loop. This information is used for preventive maintenance. This diagnostic is related to Namur NE89 recommendations.
Sensor Drift Diagnostic
On a YTA610 with two sensors, this diagnostic monitors the difference between the two sensors. When the difference becomes larger than an end user set threshold, the transmitter outputs a sensor drift alarm. This function is available for TC and RTD inputs.
Namur NE107
All device alarms are classified into the four categories (“Failure,” “Function Check,” “Out of Specification,” and “Maintenance Required”) defined by the NAMUR NE107 recommendations. These alarms are displayed on the asset management system in the appropriate category, enabling the operator to recognize the device status and take the necessary corrective action.
Expert Solution: Maintenance and Service
Providing timely maintenance information contributes to reduced maintenance cost.
Service Log
Alarms detected by the instrument are stored in internal memory along with runtime information. Troubleshooting can be performed quickly by checking the log.
- Alarm Log
- Max / Min temperature sensor value
- Max / Min ambient temperature value
- Operating Time
Device Lifecycle Management
The newly developed Device Lifecycle Management service helps to minimize the amount of manual work that must be performed and improves the management of devices information. This service makes it easy to register, view, and manage information on instruments that is useful for maintenance work and helps customers to improve the efficiency of plant maintenance work and the quality of data management. Through solutions such as this Device Lifecycle Management service, Yokogawa will provide its customers with the support they need to ensure the optimal control of their plant assets.
Detachable Lightning Protector (Optional)
The YTA610/YTA710 offers an optional lightning protector that is connected directly to the multi-level terminal block. The design allows the lightning protector to be easily added or replaced in the field.
Data Transfer
Yokogawa’s FieldMate - Versatile Device Management Wizard can be used to program the same configuration into multiple devices using the data transfer function, reducing the total device configuration time.
Yokogawa temperature transmitter can use RTDs or thermocouple sensors from any number of suppliers.
Burns Engineering
Yokogawa has partnered with Burns Engineering to offer industrial sensors for use with Yokogawa’s YTA series of temperature transmitters. Burns Engineering provides a wide variety of sensor types (RTD or TC), thermowell materials, thermowell types, and immersion lengths for matching a wide range of customer requirements. Burns Engineering sensors are manufactured for Yokogawa in North America.
Resources
Dual Sensor Input is vital for accurate, swift, and reliable process temperature control, alongside pressure, level, and flow monitoring in plants.
Matching Standard and Real RTD Curve readings, achieve accurate measurements with Yokogawa's Sensor Matching Function.
Downloads
Instruction Manuals
- Instruction Manual - YTA610 Temperature Transmitter (Hardware) (4.8 MB)
- Manual Change 23-20E: YTA610 / YTA710 Temperature Transmitter (112 KB)
- Manual Change 24-01E: YTA610 and YTA710 Temperature Transmitters (Hardware) (182 KB)
- Instruction Manual - YTA610 Temperature Transmitter (HART® Protocol) (2.1 MB)
- ManualChange 22-12E: YTA610 and YTA710 Temperature Transmitter (HART Protocol) (158 KB)
- Instruction Manual - YTA610 Temperature Transmitter (FOUNDATION™ Fieldbus) (2.4 MB)
- YTA610 and YTA710 NEPSI Certification [Option code: /NS2, /NS25 and /NF2] (625 KB)
General Specifications
Technical Information
Certificates
Engineering Tools
2D/3D Configurator
News
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Press Release Jul 6, 2017 Yokogawa Provides Enhanced Online Product Selection Experience
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Press Release Sep 30, 2016 Yokogawa Releases YTA610 Temperature Transmitter
- Mid-range model with the same dual-compartment housing used in high-end models -
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