Honeywell CC-PAIL51 51454487-175 Low Level Analog (Temperature) Input Ready For Ship, China Honeywell CC-PAIL51 51454487-175 Low Level Analog (Temperature) Input Ready For Ship Manufacturers, Suppliers, Factory

Overview

Brand Name:	Honeywell
CC-PAON01 51410070-175	CC-PAIL51 51454487-175
Country of Origin:	USA
Packaging Details:	Original new Factory Sealed
Delivery Time:	in stock
Payment Terms:	T/T

Contact for quotation

Sales Manager:	Stella
Send an email:	[email protected]
Contact in Whatsapp:	+86 18159889985

Specifications

Parameter	Specification
Product Model	CC-PAIL51 (51454487-175)
IOTA Type	CC-TAIL51 9-inch
Input Type	Thermocouple / RTD (per channel configurable)
Input Channels	16 channels, fully isolated
Scan Rate	1 second per PV update
Operating Temperature	-40°C to +70°C
Storage Temperature	-40°C to +85°C
Cold Junction Compensation	Built-in, -20°C to +60°C range
Dimension	6x15.5x14.5cm
Weight	0.38kg
Signal Bandwidth	0–4.7 Hz (-3 dB)
Isolation	Channel-to-channel & system isolation
Open Sensor Detection	Supported (OTD configurable)
Excitation Current (RTD)	1 mA

Description

TheCC-PAIL51 (51454487-175)is a Series-C low level analog input module designed for high-density temperature acquisition in industrial automation systems. It supports up to 16 fully isolated channels per IOTA, enabling flexible integration of thermocouple and RTD signals within a single platform.

Unlike external multiplexed architectures such as CC-PAIM01, theCC-PAIL51allows direct I/O termination on the Series-C IOTA (CC-TAIL51 9-inch), reducing hardware complexity and eliminating the need for separate PMIO FTA components. Each channel can be independently configured for RTD or thermocouple measurement.

Built-in cold junction compensation, open thermocouple detection (OTD), and 1-second process variable scanning ensure stable and reliable temperature monitoring. The module is suitable for high-integrity process environments requiring precise thermal control and continuous diagnostics.

Applications

Power plants: generator temperature supervision and turbine thermal monitoring
Substations: equipment thermal protection and signal acquisition
Chemical plants: process temperature control and hazardous area monitoring
Steel mills: high-temperature equipment control under EMI-heavy environments
Machinery manufacturing: automated production line and robotic system temperature feedback

Features

16-channel high-density temperature input processing
Supports both thermocouple and RTD inputs per channel
Integrated cold junction compensation for accurate TC measurement
1-second fast scanning for real-time process monitoring
Open thermocouple detection with fault protection logic
Fully isolated channel architecture for signal integrity
Direct Series-C IOTA mounting (no external FTA required)

Functions

Converts temperature signals into digital process variables
Supports mixed TC/RTD configurations across all channels
Provides continuous diagnostics and fault detection
Ensures stable measurement under electrical noise conditions
Enables safe shutdown behavior through channel-level protection logic

FAQ

Q1: What is CC-PAIL51 used for?
A1: It is used for multi-channel temperature measurement in industrial automation systems using RTD and thermocouple inputs.

Q2: How many input channels does CC-PAIL51 support?
A2: It supports up to 16 fully isolated temperature input channels per module.

Q3: Does CC-PAIL51 support both RTD and thermocouple sensors?
A3: Yes, each channel can be configured individually for RTD or thermocouple input types.

Q4: Does the module include cold junction compensation?
A4: Yes, built-in cold junction compensation ensures accurate thermocouple readings.

Q5: Is external FTA required for CC-PAIL51 installation?
A5: No, it connects directly to the Series-C IOTA (CC-TAIL51), eliminating external FTA hardware.

Spares

Number	Describe
CC-PAIH01	High-Level AI HART 16pt
CC-TAIX01	AI IOTA 6
CC-TAIX11	AI IOTA Redundant 12pt
CC-PAIH02	High-Level AI HART 16pt
CC-PAIX01 / CC-PAIX02	High-Level AI w/o HART 16pt
CC-TAID01	AI IOTA – 16 Channel Differential 9”
CC-TAID11	AI IOTA Red – 16 Channel Differential 12pt
CC-PAIH51	High-Level AI HART 16pt
CC-TAIX51	AI IOTA 6
CC-TAIX61	AI IOTA Redundant 12pt
CC-PAIN01	High-Level AI w/o HART 16pt
CC-TAIN01	AI IOTA 6
CC-TAIN11	AI IOTA Redundant 12pt
CC-PPIX01	Pulse Input w/ Fast Cut-off 8pt
CC-TPIX11	Pulse Input IOTA Redundant 12pt
CC-PAIM01	PMIO Low Level Mux 64 channels
CC-TAIM01	PMIO LL Mux IOTA 6
Mx-TAMT04	LL Mux TC FTA 16pt
Mx-TAMT14	LL Mux TC FTA w/ Remote CJR 16pt
Mx-TAMR04	LL Mux RTD FTA 16pt
CC-PAIL51	Low-Level AI Temperature Input 16pt
CC-TAIL51	Low-Level AI IOTA 9”
CC-PPIX01	Pulse Input 8pt