AMM32T S2 YOKOGAWA Analog Input Module

32-Channel Thermocouple Input Module YOKOGAWA AMM32T S2

32-Channel Thermocouple Input Module YOKOGAWA AMM32T S2

Availability: 99 left in stock

YOKOGAWA AMM32T S2 Analog Input Module Configured for high-density temperature acquisition in CENTUM VP FIO subsystems, the YOKOGAWA AMM32T S2...

SKU: AMM32T S2

Manufacturer: Yokogawa
Product No.: AMM32T S2
Product Type: Analog Input Modules
Product Origin: JAPAN
Payment:T/T, Western Union
Weight: 2200g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

YOKOGAWA AMM32T S2 Analog Input Module

Configured for high-density temperature acquisition in CENTUM VP FIO subsystems, the YOKOGAWA AMM32T S2 (AMM32T S2 Analog Input Module) provides direct physical and electrical execution of 32-channel thermocouple signal monitoring.

Hardware Specifications

Parameter	Specification
Model	AMM32T S2
Brand	YOKOGAWA
Origin	Japan
Weight	2.2 kg
Dimensions	482.6 mm x 132.5 mm x 3U
Operating Temp	0 deg C to 50 deg C
Power Consumption	0.65 A
Channel Density	32 Channels
Resolution	16-bit

DCS Process Control Integration

The AMM32T S2 integrates advanced signal conditioning to facilitate 4-20 mA HART loop protocol connectivity when interfaced with compatible field transmitters, though it primarily serves as a high-density thermocouple interface. The architecture features robust channel-to-channel isolation to prevent common-mode noise propagation between distinct process signal loops. To maintain precise temperature readings across the 32 channels, the module incorporates active cold junction compensation (CJC) logic, which dynamically adjusts for thermal gradients at the terminal connection points. This ensures high-accuracy data acquisition for mission-critical process loops within the CENTUM VP environment.

Frequently Asked Questions

Q: Does this module support hot-swapping under power?

A: Hot-swapping is supported provided that the FIO subsystem is configured for redundant operation and the specific I/O node firmware supports dynamic module insertion. Consult system documentation to verify if the I/O bus remains stable during the transition.

Q: How should the CJC be verified during field commissioning?

A: Calibration should be performed by applying a known millivolt reference signal to the terminal block while monitoring the internal CJC temperature registers to ensure the deviation remains within the specified ±0.1% FS accuracy limit.

Q: Can channels be individually disabled if not in use?

A: Yes, unused channels can be configured as "disabled" within the system software to prevent diagnostic alarms and to optimize the overall scan cycle processing time.

Field Installation Guidelines

Mount the module into the designated 3U FIO rack, ensuring the backplane connector aligns correctly before engaging the locking mechanism.
Utilize dedicated thermocouple extension wire (matching the sensor type) from the field termination point to the module terminals to minimize parasitic thermoelectric effects.
Ensure the module shield ground is connected to the cabinet ground bus bar to optimize performance against electromagnetic interference.
Verify the power supply voltage at the terminal rail is a stable 24 VDC; avoid voltage drops by using appropriately sized conductors.
Perform an initial channel integrity check via the engineering station to confirm signal acquisition before proceeding to loop tuning.

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