SPS5785 Honeywell TDC 3000 PKS Power Supply Module Datasheet

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Honeywell SPS5785 HPM Power Supply Configured for primary power source distribution in High-Performance Process Manager (HPM) chassis layouts, the Honeywell...

SKU: SPS5785 51198651-100

Manufacturer: Honeywell
Product No.: SPS5785 51198651-100
Product Type: Analog Input Modules
Product Origin: USA
Payment:T/T, Western Union
Weight: 5180g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

Honeywell SPS5785 HPM Power Supply

Configured for primary power source distribution in High-Performance Process Manager (HPM) chassis layouts, the Honeywell SPS5785 (51198651-100 HPM Power Supply Module) provides direct physical/electrical execution. The hardware regulates unregulated utility line input voltages down to a stabilized 24 V DC backplane power layer, maintaining continuous current delivery for host processor operations, network transceivers, and adjacent baseplate logic cards. Built-in blocking diodes isolate the output rails, preventing reverse current tracking during multi-module operations.

Hardware Specifications

Parameter	Specification
Model	SPS5785
Brand	Honeywell
Origin	United States
Weight	5.18 kg (11.4 lbs) net weight
Dimensions	216 mm x 296 mm x 140 mm
Operating Temp	-40 to +70 deg C
Storage Temp	-40 to +85 deg C
Power Consumption	Input tracking dependent (supplies continuous regulated 24 V DC load paths)
Input Voltage Range	100-240 V AC or 48 V DC (hardware jumper configurable)
Output Voltage	24 V DC
Redundancy	Parallel redundant architecture with active load sharing
System Platforms	TDC 3000 / Experion PKS High-Performance Process Manager
Internal Protection	Overload, thermal cutout, and continuous short-circuit protection
Mounting Method	Installs directly into dedicated HPM power rack baseplate positions
Protection Class	IP20

4-20 mA HART Loop Protocol and Channel-to-Channel Isolation

The Honeywell SPS5785 regulates voltage ripple profiles across its DC output terminals, maintaining a low electrical noise floor across the passive backplane channels. This tight voltage regulation prevents high-frequency power supply noise from coupling onto analog instrumentation loops or degrading the performance of the 4-20 mA HART loop protocol.

By suppressing common-mode switching noise, the module ensures clean frequency-shift keying (FSK) signal transmission for smart field devices. The stabilized 24 V DC power envelope complements downstream channel-to-channel isolation layouts on analog I/O cards, preventing voltage offsets or cross-channel signal leakage from compromising sensor readings during simultaneous data conversions.

Frequently Asked Questions

Q: How does the SPS5785 power supply split current loading when operated in a parallel redundant architecture?

A: When two modules are installed within a redundant HPM power rack configuration, their internal auctioneering diodes and voltage-matching trims permit parallel load sharing. The units actively balance output current generation, allowing each power supply to shoulder approximately 50% of the aggregate baseplate current load under normal operating conditions.

Q: What operational response occurs if the internal heat sink temperatures exceed the thermal rating bounds?

A: The module monitors internal case conditions via localized thermistors. If ventilation blocks cause temperatures to cross the maximum thermal cutout limit, the safety circuit triggers a thermal protection shutdown, isolating the output stage and enabling a fault register flag to notify the master controller.

Q: Can the input stage be modified to switch from 120 V AC utility lines to 48 V DC battery plants during system runtime?

A: No. The input power selection requires changing hardware jumpers and adjusting input terminal blocks on the host power rack assembly. Modifying these physical input settings must be performed with all electrical sources locked out to prevent internal component damage or high-voltage arcing.

Field Installation Guidelines

Disconnect and tag out all primary AC or DC power distribution breakers feeding the HPM rack assembly before positioning the supply module.
Insert the heavy module into the dedicated slots of the HPM power rack, ensuring the rear wedge blades seat completely into the high-current backplane terminal receptors.
Tighten the integrated front panel retention screws to a secure fit to verify chassis grounding continuity and prevent vibration-induced loose contacts.
Verify that the input jumpers on the backplane match the source line configuration (100–240 V AC or 48 V DC) before energizing the source feeder lines.
Maintain clear airflow pathways around the module's enclosure ventilation louvers to prevent heat buildup inside the cabinet space.

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