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Non-contact Thermometer
SA-80T-4IO
User's Manual
Thank you for purchasing the non-contact thermometer SA-80T-4IO.
This manual contains the information necessary for using the SA-80T-4IO. Read this manual thoroughly
before using this product to ensure correct use of this product with full understanding of its functions and
performance. After you have finished reading this manual, store it safely for future reference.
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Table of Contents
Related Manuals for OPTEX FA SA-80T-4IO
Summary of Contents for OPTEX FA SA-80T-4IO
- Page 1 Thank you for purchasing the non-contact thermometer SA-80T-4IO. This manual contains the information necessary for using the SA-80T-4IO. Read this manual thoroughly before using this product to ensure correct use of this product with full understanding of its functions and...
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Page 2: Table Of Contents
Contents General Description ........................6 Included Items ..........................6 Connector cables (optional) ..................... 6 External Dimensions ........................7 System Structure ......................... 7 Specifications ..........................8 IO-Link specifications ......................8 Field of View ..........................9 Installation ........................... 9 Connection ..........................10 ... - Page 3 Alarm output: Lower limit ..................... 18 Timer function ........................19 One-shot time ........................19 On delay time ......................... 19 Off delay time ........................20 Select alarm ........................... 20 Alarm hysteresis ........................20 Estimated days until maintenance is required ..............
- Page 5 OPTEX FA sales representative. Before using this product, fully examine the applicable environmental laws and regulations, and operate this product in conformity with such laws and regulations. OPTEX FA does not assume any responsibility for damages or losses occurring as a result of non- compliance with applicable laws and regulations.
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Page 6: General Description
1 General Description SA-80T-4IO is a non-contact thermometer with IO-Link communication. It measures the temperature of targets in the range of 0 to +400 °C, 32 to 752 °F. 2 Included Items ● SA-80T-4IO ● Instruction manual ● Mounting nuts x2 ●... -
Page 7: External Dimensions
4 External Dimensions (Screw thread) M12 4-pin plug 5 System Structure Field network IO-Link Master Connector Cable SA-80T-4IO - 7 -... -
Page 8: Specifications
6 Specifications Item Specification Measurement range 0 to 400 °C (32 to 752 °F) Field of view ø80 mm/500 mm Optics Silicon lens Sensing element/spectral response Thermopile/8 to 14 μm Response time 100 ms/90 % response Accuracy 0 to 200 °C (32 to 392 °F): ±2 °C (±3.6 °F), 201 to 400 °C (393.8 to 752 °F): ±1 % of measured value * Measurement conditions: ε... -
Page 9: Field Of View
7 Field of View The fields of view stated above are measurement diameters with an optical response of 90%. The size of the measurement target must be sufficiently larger than the measurement diameters shown in the above diagram. 8 Installation The screw thread on the product is M18 x P1.0. -
Page 10: Connection
Connection Wiring to the IO-Link Master Use the M12 4-pin connector cable to connect the IO-Link master and this product. Brown: 18 to 24 VDC Black: C/Q White: No connection Blue: 10 Measurement 1. Ensure that the connection is correct before applying power to this product. 2. -
Page 11: Emissivity (Ε)
IO-Link process data is transmitted in big-endian format, so the following table is also expressed in this format. By default, OPTEX FA’s IO-Link master UR-MS and UR-ES series convert IO-Link process data to little-endian format before transmitting it to the field network. When using these products, refer to the following table by reversing the byte order. - Page 12 Process Byte Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 data Process Upper eight bits of the measured temperature input data Lower eight bits of the measured temperature in units of 0.1 (corresponding to [Select process data]).
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Page 13: Details Corresponding To [Select Process Data]
Details corresponding to [Select process data] Process input data is assigned as follows according to [Select process data]. Value Details 0: Peak temperature hold Highest temperature during measurement 1: Valley temperature hold Lowest temperature during measurement 2: Internal temperature Temperature of this product The [Select process data] options “Peak temperature hold”... -
Page 14: Alarm Output
Alarm output Upper limit/lower limit/hysteresis Alarm output turns on when the measured temperature exceeds the upper alarm limit. This output turns off when the measured temperature falls below (upper alarm limit minus alarm hysteresis). Alarm output turns on when the measured temperature falls below the lower alarm limit. This output turns off when the measured temperature exceeds (lower alarm limit plus alarm hysteresis). -
Page 15: Service Data
13 Service Data The service data of this product that can be read/written via IO-Link ISDU handling is shown below. W: Write only, R/W: Read and Write, R: Read only Name Index number Subindex number Read/Write Data byte count System command Device lock Emissivity Response Time... -
Page 16: Device Lock
Device lock Index number Subindex number Read/Write Data byte count Default value Value Details Unlocks the data storage function. Locks the parameters. Locks the data storage function. Locks the parameters and the data storage function. Emissivity Index number Subindex number Read/Write Data byte count... -
Page 17: Response Time
Response time Index number Subindex number Read/Write Data byte count Default value Value Details 0.1 to 10.0 Applies moving average processing to the measured temperature. A longer response time increases the delay before the measured temperature is obtained, but the measured value will be more stable. -
Page 18: Alarm Output: Upper Limit
Alarm output: Upper limit Index number Subindex number Read/Write Data byte count Default value 400 (°C) 752 (°F) Value Details 0.0 to 400.0 (°C) Alarm output turns on when the measured temperature exceeds the set temperature. Once this output turns on, it remains on until the temperature falls below the temperature set with [Alarm hysteresis] from the upper alarm limit. -
Page 19: Timer Function
Timer function Index number Subindex number Read/Write Data byte count Default value 0: No timer Value Details 0: No timer Sets no timer for alarm output. 1: Delay Sets the delay timer for alarm output. 2: One-shot Sets the one-shot for alarm output. For details, refer to “Alarm timer.”... -
Page 20: Off Delay Time
Off delay time Index number Subindex number Read/Write Data byte count Default value Value Details 0.0 to 10.0 Sets the length of time until alarm output turns off. This item is enabled when [Timer function] is set to “Delay.” ... -
Page 21: Time Until Maintenance Event
Time until maintenance event Index number Subindex number Read/Write Data byte count Default value Value Details 0 to 88000 Returns the remaining time, in units of 1 hour, until the next maintenance event. When this time reaches 0, a “Maintenance required” notification event occurs. After this event occurs, reset this value. -
Page 22: Select Process Data
Select process data Index number Subindex number Read/Write Data byte count Default value 0: Peak temperature hold (°C) Value Details 0: Peak temperature hold Highest temperature during measurement. The value is displayed in units of (°C) 0.1°C. 1: Valley temperature hold Lowest temperature during measurement. -
Page 23: Events
14 Events Name Event code Type Description Maintenance 6144 Notification The referential time for calibration or the user- required specified time for cleaning has been reached. Memory rewriting 6145 Error Setting value memory has exceeded the limit of limit write cycle. This indicates the end of this product’s service life, so we recommend you replace it as soon as possible. - Page 24 - 24 - SA-80T-4IO_UM-E-000-2203...