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TEMPERATURE MONITORING / UNIVERSAL INPUT / SINGLE-SLOT MODULE
YOKOGAWA FA-M3 / e-RT3
F3CX04-0H
4-Channel Temperature Monitoring Module
A single-slot FA-M3 module combining universal temperature inputs, configurable sampling periods, channel isolation, burnout detection, alarm functions and high-resolution temperature monitoring.
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04
Input Channels
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10 / 100 / 200
ms Sampling Options
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30 min
Minimum Warm-up
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0.1°C
Resolution
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160 g
Approx. Weight
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01 / PRODUCT PROFILE
Built Around
Four Independent Inputs |
The YOKOGAWA F3CX04-0H is a temperature monitoring module designed for mounting on an FA-M3 base module. It occupies a single slot and handles four temperature input channels. Each channel can be configured for thermocouple, RTD or DC voltage measurement, allowing different measurement types to be assigned according to the application.
The module supports both Single-input mode and Two-input Changeover mode. In the default Single-input mode, the four input-processing functions operate independently. Two input-processing functions can also be paired when a changeover arrangement is required.
Configuration concept: input conditions and required monitoring data are stored in the module, so the module does not require parameter setup at every system startup.
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INPUT ARCHITECTURE
Universal Input
Individual inputs can be configured by software, while collective hardware configuration is also supported.
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PERFORMANCE
Fast + High Resolution
±0.1% Input conversion accuracy, F.S.
0.1°C Input resolution in 5-digit representation
10 ms Fastest selectable sampling period
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SIGNAL PROTECTION
Isolated Inputs
Each input channel is isolated from the other channels and from the internal circuit.
Isolation test:
1500 V AC for 1 minute Input voltage range:
-20 to +20 V DC |
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SIGNAL SOURCE
TC / DC mV ≤ 250 Ω
DC voltage ≤ 2 kΩ
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RTD
Approx. 250 μA
10 Ω max. per wire
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NOISE REDUCTION
120 dB
Common mode, 50/60 Hz min.
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NORMAL MODE
40 dB
50/60 Hz min.
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02 / MEASUREMENT RANGE
Selectable
Measurement Families  High-resolution operation provides detailed range selection for temperature and voltage measurement.
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MONITORING MODE
Two Operating Patterns
Single-input mode
The default arrangement. Each input-processing function operates independently. Two-input Changeover
Two input-processing functions can be combined as a pair for changeover-oriented monitoring. |
ALARM FUNCTIONS
Limit Monitoring
Four alarm types are provided:
• Input upper-limit alarm
• Input lower-limit alarm • Upper-limit alarm with waiting operation • Lower-limit alarm with waiting operation An alarm delay timer function is also provided.
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BURNOUT DETECTION
Selectable Fault Response
Burnout detection is available for thermocouple and RTD inputs.
Up-scale Down-scale None
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03 / INSTALLATION PROFILE
Compact Single-Slot Architecture
F3CX04-0H is designed as a single-slot FA-M3 module. External wiring uses a 40-pin spring terminal block. The dedicated terminal block for this module is T9113PL.
MECHANICAL FOOTPRINT
28.9 × 100 × 104.2 mm
W × H × D, excluding protrusions
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04 / FAMILY & SYSTEM
Where F3CX04-0H Fits
F3CX04-0H belongs to the FA-M3 temperature-monitoring architecture and is also presented within Yokogawa's e-RT3 temperature-monitoring family.
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FUNCTIONAL POSITION
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F3CX04-0H is focused on monitoring. The closely related F3CU modules are oriented toward temperature control/PID functions. This distinction matters when replacing or expanding a FA-M3 temperature section: a monitoring requirement should not be treated as interchangeable with a control-loop requirement simply because both modules accept universal temperature inputs. |
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AMIKON LIMITED
We have a wide range of brands and products for various industries, we provide services to tens of thousands of customers around the world.
Multilingual Support • Customized Customer Relation Management • Order Tracking
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EMAIL AMIKON WHATSAPP |
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Q1 — Does YOKOGAWA F3CX04-0H make sense when the existing FA-M3 system needs mixed sensor types?
Yes, when the application requires different input categories across the four channels. F3CX04-0H supports thermocouple, RTD and DC voltage inputs, and the input type can be configured independently by channel. This is useful when one temperature-monitoring section contains different sensor technologies rather than four identical sensor types.
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Q2 — When replacing F3CX04-0N with YOKOGAWA F3CX04-0H, what should the buyer verify first?
The key check is the existing sampling requirement and the installed FA-M3 configuration. F3CX04-0H retains the 4-channel universal-input structure and the same 15 thermocouple, 9 RTD and 6 DC-voltage input categories, while adding selectable 10 ms/4-channel and 100 ms/4-channel sampling options compared with the earlier F3CX04-0N configuration. The terminal arrangement and surrounding installation conditions should also be checked before replacement.
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Q3 — Is YOKOGAWA F3CX04-0H the right choice if the application needs temperature PID control rather than monitoring?
F3CX04-0H is positioned as a temperature monitoring module, not as the primary temperature-control module. If the requirement includes four-loop PID control, the related F3CU04 family should be evaluated according to the required output arrangement. F3CU04-0H is associated with four universal-input control loops and time-proportional PID output, while F3CU04-1H adds continuous 4–20 mA output capability.
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Q4 — Why should the sampling-period setting of YOKOGAWA F3CX04-0H be confirmed before ordering?
Because the available sampling configuration affects how quickly the module processes input changes. F3CX04-0H supports 10 ms, 100 ms and 200 ms sampling periods, with selectable combinations including 10 ms for four channels, 100 ms for two channels, 100 ms for four channels and 200 ms for four channels. In addition, 50/60 Hz noise cancellation is associated with 100 ms or 200 ms sampling; it is not enabled when the 10 ms sampling period is selected.
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Q5 — What should be checked when YOKOGAWA F3CX04-0H will be installed in a temperature-sensitive cabinet?
Check the cabinet temperature, airflow, mounting orientation and warm-up requirements. The specified operating ambient range is 0 to 55°C, the module requires at least 30 minutes of warm-up, and the allowable ambient temperature change rate is 10°C/h maximum. The module should be mounted in the permitted horizontal orientation and its ventilation openings should not be obstructed.
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