- [Input type] Resistance temperature detector to voltage signal conversion module
FA-ATSVM1XRPT
- Features
- Specifications
- External Dimensions・
Product CAD Data - Wiring diagrams and connection examples・
Note - Catalogs・
New Product Releases - Manual
- Technical information
（Technical News） - Downloads
- Video
- Related products
Features
-
- Product overview:
-
Analog signals from the connected devices such as sensors can be
converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
- Merit.1
- This module converts a resistance temperature detector input into a voltage output. (Isolation between input and output is provided.)
- Merit.2
- The module can be mounted/removed to/from an installation base unit easily.
| Sales status | On sale |
|---|
Basic specifications
| Item | Specifications | |
|---|---|---|
| Model | FA-ATSVM1XRPT | |
| Category | Time and wire saving devices | |
| Connected device | Programmable controller | |
| Series of connected devices | MELSEC iQ-R | |
| MELSEC-Q | ||
| MELSEC-L | ||
| Product category | Analog signal converter | |
| Terminal block type | Screw terminal type | |
| Delivery date | - | |
Specifications
General specifications
| Item | Specifications | |
|---|---|---|
| Operating ambient temperature | 0 to 55℃ | |
| Storage ambient temperature | -25 to 75℃ | |
| Operating ambient humidity | 5 to 95%RH, no condensation | |
| Storage ambient humidity | 5 to 95%RH, no condensation | |
| Vibration resistance ( With intermittent vibration ) | 5 to 8.4Hz : Half amplitude 3.5mm | |
| 8.4 to 150Hz : Acceleration 9.8m/s2 | ||
| Number of sweeps : 10 times in each direction X, Y, and Z | ||
| Vibration resistance ( With continual vibration ) | 5 to 8.4Hz : Half amplitude 1.75mm | |
| 8.4 to 150Hz : Acceleration 4.9m/s2 | ||
| Shock resistance | 147m/s2, 3 times in each direction X, Y, and Z(Applicable standards : JIS B 3502, IEC61131-2) | |
| Operating atmosphere | Free of corrosive gases | |
| Operating altitude *1 | 2000m or less | |
| Installation location | Inside the control panel | |
| Overvoltage category *2 | II or less | |
| Pollution degree *3 | 2 or less | |
| Precautions | *1 Do not use or store the module under pressure higher than the atmospheric pressure at an altitude of 0 meters. Doing so may cause malfunction. When using the module under pressure, please consult your local Mitsubishi Electric representative. |
|
| *2 This indicates the assumption that the equipment is connected to a power distribution system, ranging from a public electrical power distribution network down to machinery within the premises. Category II applies to equipment for which electrical power is supplied from fixed facilities. The surge voltage withstand level for equipment with the rated voltage of up to 300V is 2500V. | ||
| *3 This index indicates the degree to which conductive material is generated in terms of the environment in which the equipment is used. In pollution degree 2, only nonconductive pollution occurs. A temporary conductivity caused by condensation must be expected occasionally. |
||
Product specifications
| Item | Specifications | |
|---|---|---|
| No. of points | 1 (1 channel) | |
| Input : Input signal | Pt100 (-200 to +650°C) | |
| Disconnection detection function | Provided (Upscale burnout) | |
| Accuracy(percentage of full scale) : Reference accuracy | +-0.1% or less (surrounding air temperature: 25°C+-5°C) | |
| Accuracy(percentage of full scale) : Linearization tolerance | +-0.1% or less | |
| Accuracy(percentage of full scale) : Temperature characteristics | +-0.010%/°C or less | |
| Output (programmable controller side) : Output signal | 1 to 5V | |
| Output (programmable controller side) : Output allowable load resistance | 10kΩ or more | |
| Response speed | 100ms or less( Time from when a startup pulse is input until the output level reaches 90% ) *1 | |
| Zero/span adjustment | Zero adjustment range: -2 to 2%, span adjustment range: 98 to 102% | |
| Power supply | 24VDC+-10% (Supplied from the installation base unit) | |
| Current consumption (24VDC) | 25mA or less | |
| Insulation method | Transformer | |
| Withstand voltage, insulation resistance | Between input, output, and power supply: 750VAC for 1 minute, 10MΩ or more | |
| Weight | Approx. 40g | |
| Precautions | The input range (temperature range) is fixed to the value indicated in the table. If the range needs to be a value not indicated, please consult your local Mitsubishi representative. | |
| *1 Time from when a startup pulse is input until the output level reaches 90% | ||
External Dimensions・Product CAD Data
External Dimensions
| Name | Filename |
|---|---|
| Dimensions（34KB） | sales_fa_meefan_fa-atsvm1xrpt_outline_1.pdf |
| Dimensions（95KB） | sales_fa_meefan_fa-atsvm1xrpt_outline_2.pdf |
Product CAD Data
N/A
| Name | Filename |
|---|
Wiring diagrams and connection examples・Note
Wiring diagrams and connection examples
N/A
| Name | Filename |
|---|
Other Technical Information
N/A
| Name | Filename |
|---|
Precautions for use
N/A
| Name | Filename |
|---|
Catalogs・New Product Releases
* The table can be scrolled to the right.
| Name | Language | Document No. | Release date |
|---|---|---|---|
| Analog Signal Converters（2MB） | English | MEIC220E_21Y-B | February 2025 |
| 模拟信号转换器 （2MB） | Simplified Chinese | MEIC235C_23X-A | February 2025 |
| FA Goods General Catalog Digest edition（28MB） | English | MEIC198E_209-B | March 2024 |
| FA关联产品 综合目录 摘要版（29MB） | Simplified Chinese | MEIC199C_209-B | March 2024 |
| FA Goods General Catalog Time and Wire Saving Devices（79MB） | English | MEIC202E_20Z-E | November 2024 |
Manual
* The table can be scrolled to the right.
| Name | Language | Document No. | Release date |
|---|---|---|---|
| User's Manual Analog Signal Conversion Module (Input type)（2MB） | English | 50D-FA9010-122E-G | December 2023 |
| EMC and Low Voltage Directives Compliant Manual（256KB） | English | 50D-FA9010-108E-G | December 2023 |
Technical information（Technical News）
N/A
* The table can be scrolled to the right.
| Name | Language | Document No. | Release date |
|---|
Downloads
N/A
Profile/module FB (function block)
| Name | Filename |
|---|
Control & Communication System Profile CSP+
| Name | Filename |
|---|
Sample program
| Name | Filename |
|---|
Video
N/A
Related products
Connection cables
| Model | Length | Name | Overview |
|---|---|---|---|
| FA-CBL20ATQ8XVA | 2.0m | [Input type] Connection cable with connector | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL30ATQ8XVA | 3.0m | [Input type] Connection cable with connector | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL10ATQ8XVT | 1.0m | [Input type] Connection cable with MELSEC-Q series terminal block | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL20ATQ8XVT | 2.0m | [Input type] Connection cable with MELSEC-Q series terminal block | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL30ATQ8XVT | 3.0m | [Input type] Connection cable with MELSEC-Q series terminal block | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL10ATQ8XVA | 1.0m | [Input type] Connection cable with connector | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL10ATF | 1.0m | [Input type] Connection cable with discrete cable on one side | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL20ATF | 2.0m | [Input type] Connection cable with discrete cable on one side | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
| FA-CBL30ATF | 3.0m | [Input type] Connection cable with discrete cable on one side | Easy wiring, reducing wiring time : A programmable controller and a junction terminal block can be easily wired using the dedicated cable. |
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- [Input type] Module installation base unit (with connector for adapter)
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Analog signals from the connected devices such as sensors can be
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Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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Data from sensors can be visualized easily, and small-scale IoT can be
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Analog signals from the connected devices such as sensors can be
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Data from sensors can be visualized easily, and small-scale IoT can be
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Analog signals from the connected devices such as sensors can be
converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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Data from sensors can be visualized easily, and small-scale IoT can be
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Data from sensors can be visualized easily, and small-scale IoT can be
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Analog signals from the connected devices such as sensors can be
converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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Analog signals from the connected devices such as sensors can be
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from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
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Data from sensors can be visualized easily, and small-scale IoT can be
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from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
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from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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Analog signals from the connected devices such as sensors can be
converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
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Data from sensors can be visualized easily, and small-scale IoT can be
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from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
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Data from sensors can be visualized easily, and small-scale IoT can be
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from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
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Analog signals from the connected devices such as sensors can be
converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
- [Input type] Module installation base unit
- FA-ATB8XTB
Analog signals from the connected devices such as sensors can be
converted to signals suitable for a programmable controller (example:
from a temperature signal to a voltage signal).
Data from sensors can be visualized easily, and small-scale IoT can be
introduced.
