go on
Home>DCS>Honeywell CC-TSP411 Redundant Speed Protection IOTA

Hot Categories

Honeywell CC-TSP411 Redundant Speed Protection IOTA

Honeywell CC-TSP411 Redundant Speed Protection IOTA

Item NO.: CC-TSP411
Inquiry

Warranty: 1 year 


Condition : brand new in factory sealed box


Email: sales@mvme.cn


Chat online: +86 18030175807

Detail

  • Product NameHoneywell CC-TSP411 Redundant Speed Protection IOTA
  • Item NO.CC-TSP411
  • Weight0.0000 kg = 0.0000 lb = 0.0000 oz
  • CategoryDCS
  • BrandHoneywell
  • Creation Time2026-08-17
  • Honeywell CC-TSP411 is the Series C IOTA used with the Speed Protection Module in turbomachinery applications.
Honeywell Turbomachinery IOTA

CC-TSP411 · Redundant Speed Protection IOTA

A Series C field-wiring and mounting platform for the Honeywell Speed Protection Module.

Technical Summary

CC-TSP411 connects the Speed Protection Module to turbine speed probes and supporting analog or digital field signals. Protection processing remains in the paired module; the IOTA provides the corresponding field termination arrangement.

Specifications

Parameter Official specification
IOTA model CC-TSP411
Configuration / form factor Redundant / 18-inch
Paired module CC-PSP401 Speed Protection Module
Speed inputs 4 active or passive probes
Passive probe amplitude Greater than 0.5 V peak and less than 42 V peak
Passive probe frequency 150 Hz to 25 kHz
Active probe frequency 1 Hz to 10 kHz
Probe excitation 5 VDC or 24 VDC
Speed-input resolution 0.015% upscale
Speed-input accuracy 0.05% of reading
Speed point processing 2.5 ms
Passive-probe isolation ±1000 VDC from any input terminal to common

Features

  • Provides the dedicated termination layout required by the turbomachinery protection function.
  • Separates passive-probe inputs through the IOTA isolation transformer.
  • Accommodates the supporting analog and digital field interfaces of the paired module.
  • Supports maintenance through clear field-terminal and module separation.

Compatibility

Component Integration role
CC-PSP401 Performs speed conditioning, protection logic and trip processing
C300 controller Receives the qualified voted speed for regulation and supervision
Active or passive speed probes Supply the field pulse signals
Project cabinet and wiring Determine the approved terminal mapping and redundancy arrangement

Replacement

Before replacement, confirm the nameplate, terminal mapping, probe type, excitation selection and cabinet redundancy design. Restore service through the approved turbomachinery proof-test procedure.

FAQ

Question Answer
Can the IOTA be selected by appearance? No. Verify the exact model against the project hardware documentation.
Where is protection logic executed? In the paired Speed Protection Module.
What should be recorded before removal? Record field wiring, jumpers, probe configuration and cabinet position.
Is a proof test required? Follow the site's approved protection-system commissioning procedure.
Product Inquiry
Manager Leonia   |   Email: sales@mvme.cn   |   Tel: +86 18030175807

You May Also Like