TSXDEY32D2 Schneider Electric Modicon Premium Datasheet & Technical Manual

TSXDEY32D2 Schneider Electric 32-Channel 24VDC Input Module

TSXDEY32D2 Schneider Electric 32-Channel 24VDC Input Module

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Schneider Electric TSXDEY32D2 Modicon Premium Discrete Input Module The Schneider Electric TSXDEY32D2 serves as the primary TSXDEY32D2 Discrete Input Module...

رمز المنتج: TSXDEY32D2

Manufacturer: Schneider
Product No.: TSXDEY32D2
Product Type: Discrete Input Modules
Product Origin: France
Payment:T/T, Western Union
Weight: 300g
Shipping port: Xiamen
Warranty: 12 months

وصف التقييمات

Schneider Electric TSXDEY32D2 Modicon Premium Discrete Input Module

The Schneider Electric TSXDEY32D2 serves as the primary TSXDEY32D2 Discrete Input Module utilized to execute digital voltage signal acquisition across Modicon Premium Automation platform networks. The module interfaces directly with field sensors and switches, processing incoming 24 VDC positive logic signals into logic states readable by the central processor via the local chassis backplane.

Hardware Specifications

Parameter	Specification
Model	TSXDEY32D2
Brand	Schneider Electric
Origin	France
Weight	0.3 kg (0.66 lbs)
Dimensions	Standard Modicon Premium single-slot module format
Operating Temp	0 to 60 deg C
Power Consumption	1.0 W baseline + 0.1 W per active channel
Discrete Input Number	32 current sink isolated channels conforming to EN/IEC 61131-2 Type 1
Discrete Input Voltage	24 VDC positive
Sensor Power Supply Range	19-30 VDC
Discrete Input Current	3.5 mA nominal at 24 VDC
Voltage State 1 Guaranteed	>= 11 VDC
Voltage State 0 Guaranteed	<= 5 VDC
Input Impedance	6300 Ohm at State 1
Current Consumption	135 mA at 5 VDC, 160 mA at 24 VDC from backplane
Electrical Connection	HE-10 connector interface
Isolation Resistance	< 10 MOhm at 500 VDC

Discrete Input Density Scaling and Bus Synchronization

The hardware module operates within the high-density architecture of the Premium chassis, leveraging specific input density scaling capabilities to monitor 32 concurrent points in a single physical slot allocation. Communication synchronization is governed by the backplane bus communication velocity, transferring bit states to the processor image table within an active scanning window. The hardware architecture contains multi-channel optical isolation paths to separate field-side potentials from internal logic buses, mitigating common-mode noise propagation and ground loop artifacts without reducing signal execution throughput.

Frequently Asked Questions

Q: What are the specific electrical state boundaries for a guaranteed transition between logic 0 and logic 1?

A: A logic state 1 is electrically guaranteed when the input voltage reaches or exceeds 11 VDC with a minimum current of 3 mA. Conversely, a logic state 0 is enforced when the voltage drops to or below 5 VDC, or when the loop current drops below 1.5 mA.

Q: How is external field wiring terminated on this specific high-density module?

A: Physical termination is achieved via integrated HE-10 multi-pin ribbon connectors. This configuration requires external pre-wired cable assemblies paired with remote terminal blocks to link the field instrument wire pairs directly to the module interface.

Q: Does this module support online hot-swapping or replacement while the rack is powered?

A: No. The Modicon Premium standard backplane architecture requires that power to the rack configuration be completely isolated before extracting or inserting the module assembly to prevent damage to the logic contacts or bus arbitration faults.

Field Installation Guidelines

Secure the standard-format module into the designated slot of the Modicon Premium rack by engaging the bottom tracking clips first, then pivoting the top into place until the locking mechanism latches securely. Tighten the grounding screws to verify continuity between the module frame and the structural panel enclosure ground plate. Ensure ambient conditions inside the cabinet remain within the designated 0 to 60 deg C envelope with unhindered ventilation paths.

Field signaling cables attached to the HE-10 interface must be shielded, twisted-pair variants designed for industrial electrical control installations. Route these low-voltage DC input bundles in separate wire trays away from three-phase motor leads, variable frequency drives, and high-energy inductive circuits to avoid electromagnetic noise coupling. Connect the overall cable shields to a centralized, low-impedance ground bar located at the point of enclosure entry.

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