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ABB Bailey INTKM01 INFI 90 Time Keeper Master Module

SKU INTKM01

Disponibile

12-month warranty
Free returns within 30 days

Manufacturer: ABB
Product No.: INTKM01
Origin India
Product Type: Time Keeper Master Module
Barcode: 8538908180
Payment: T/T, Western Union
Weight: 0.5 kg
Dimensions: 358.14 mm x 271.78 mm (H x W)
Shipping port: Xiamen
Warranty: 12 months

Product Description

Description

The ABB Bailey INTKM01 is an INFI 90 Time Keeper Master Module designed for time synchronization in Sequence of Events systems.

The module provides the master timing reference for the SOE architecture. It distributes synchronized timing information to connected time-keeper modules and exchanges absolute time data through the I/O Expander Bus.

The INTKM01 uses three card-edge connectors identified as P1, P2, and P3. P1 provides module power and receives the power-fail interrupt. P2 connects the module to the I/O Expander Bus. P3 handles time synchronization signals and receives IRIG-B timing information from the NTST01 termination unit.

The photographed module is marked INTKM01 TIME KEEPER MASTER, +5Vdc 2W MAX, E96-631, and GM9008200251.

Connections / Interfaces

The INTKM01 uses three card-edge connectors:

Connector	Function
P1	Module power and power-fail interrupt
P2	I/O Expander Bus
P3	Time synchronization and IRIG-B interface

P1 Power Connector

Pin	Function
1	+5 VDC
2	+5 VDC
3	NC
4	NC
5	GND (5 VDC)
6	GND (5 VDC)
7	NC
8	NC
9	PFI
10	NC
11	NC
12	NC

PFI is the power-fail interrupt signal received from the power supply unit.

P2 I/O Expander Bus

Pin	Function
1	Data bit 1
2	Data bit 0
3	Data bit 3
4	Data bit 2
5	Data bit 5
6	Data bit 4
7	Data bit 7
8	Data bit 6
9	Bus clock
10	Sync
11	NC
12	NC

P2 provides the module interface to the INFI 90 I/O Expander Bus for data transfer and synchronization.

P3 Time Signals I/O

Pin	Function
1	NC
2	NC
3	NC
4	NC
5	NC
6	NC
7	IRIG B+
8	Reserved
9	Reserved
10	Rx presence NTST01+
11	Reserved
12	Tx sync time information+
13	Reserved
14	NC
15	GND
A	NC
B	NC
C	NC
D	NC
E	NC
F	NC
H	IRIG B-
J	Reserved
K	Reserved
L	Rx presence NTST01-
M	Reserved
N	Tx sync time information-
P	Reserved
R	NC
S	NC

Signal Functions

Signal	Function
IRIG B+ / IRIG B-	Differential IRIG-B time reference input
Rx presence NTST01+ / -	Detects the NTST01 timing receiver interface
Tx sync time information+ / -	Differential synchronized time output
PFI	Power-fail interrupt
Bus Clock	I/O Expander Bus clock
Sync	I/O Expander Bus synchronization

Features

INFI 90 Time Keeper Master Module
Master time synchronization for Sequence of Events systems
IRIG-B external time reference capability
Internal clock synchronization and correction
Time-sync distribution to IMSET01 modules
Communication through NTST01 termination hardware
Absolute time interface to the INSEM01 Sequence of Events Master
RS-485 time synchronization output
Internal timing operation when the external receiver is unavailable
Two-color module status indication
Diagnostic operating mode
Exact hardware marking INTKM01
Nameplate power marking +5Vdc, 2 W maximum

Applications

INFI 90 Sequence of Events systems
Distributed event time synchronization
Plant event chronology
SOE timestamp coordination
Master clock distribution
Legacy Bailey control-system maintenance
Replacement of installed INTKM01 Time Keeper Master modules

Technical Specifications

General

Parameter	Specification
Manufacturer	ABB Bailey
Exact Model	INTKM01
Product Type	Time Keeper Master Module
System Family	INFI 90
Primary Function	Sequence of Events time synchronization
Associated SOE Master	INSEM01
Associated Time Keeper Module	IMSET01
Associated Termination Unit	NTST01
Nameplate Identification	INTKM01 TIME KEEPER MASTER
Additional Nameplate Marking	E96-631
Hardware / Unit Marking	GM9008200251

Power

Parameter	Specification
Nameplate Supply	+5 VDC
Nameplate Power	2 W maximum

Timing and Synchronization

Parameter	Specification
External Time Input	IRIG-B
IRIG-B Format	DC level shift
IRIG-B Interface	Through NTST01
Time-Sync Output	RS-485
Time-Sync Data Rate	62.6 kbaud
Synchronization Resolution	+/-10 microseconds
Absolute Time Resolution to INSEM01	+/-1 ms
Internal Oscillator Frequency	10 MHz
Oscillator Stability	+/-1 ppm
Oscillator Aging	1 ppm/year

Internal Architecture

Parameter	Specification
Processor	DSP 2101
CPU Architecture	16-bit
CPU Frequency	10 MHz
Instruction Cycle	100 ns
Timer	16-bit interval timer with prescaler
Serial Port	1 bidirectional synchronous serial port
Boot EPROM	64 kbyte
RAM	16 kword
FIFO	512 byte
Program Memory RAM	1 kword
Data Memory RAM	512 word

System Interfaces

Interface	Function
IRIG-B	Receives external reference time through NTST01
Time-Sync Link	Distributes synchronized time to IMSET01 modules
I/O Expander Bus	Transfers absolute time to INSEM01
RS-485	Time synchronization link to downstream SOE modules
NTST01	Termination and timing signal interface

Time Synchronization Operation

The INTKM01 receives time information from the NTST01 through the IRIG-B interface.

When a valid external time receiver is present, the module periodically adjusts its internal clock against that reference.

The module provides absolute time to the INSEM01 through the I/O expander bus. It also distributes synchronized timing to IMSET01 modules through the time-sync link.

If the external receiver is lost, the INTKM01 continues generating time using its internal quartz timing reference.

Installation & Commissioning

Verify the module is identified as INTKM01 before replacement.
Record the existing P1, P2, and P3 connector orientation before removal.
Confirm +5 VDC power and ground connections through P1.
Verify the PFI signal path from the associated power supply.
Inspect P2 I/O Expander Bus connections before installation.
Confirm IRIG-B polarity at P3 where an external time reference is installed.
Verify NTST01 presence signaling after startup.
Confirm synchronized time transmission to downstream SOE equipment.
Observe ESD handling precautions when removing or installing the module.

Replacement Notes

Match the exact INTKM01 Time Keeper Master Module identification.
Do not confuse P1, P2, and P3 because each connector serves a different system function.
Preserve IRIG-B polarity and synchronization wiring during replacement.
Confirm the NTST01 and I/O Expander Bus connections before returning the SOE system to service.

Shipping & Returns

Global Express Shipping

Standard Delivery: 4–6 business days via DHL, FedEx, and UPS.
Express Dispatch: Same-day dispatch for in-stock orders placed before 2:00 PM (GMT+8).
Worldwide Coverage: Serving over 150 countries.

Returns & Warranty

30-Day Guarantee: Returns accepted for in-stock products in original, factory-sealed packaging.
12-Month Warranty: Every industrial component is backed by our technical warranty.

FAQ

What is the ABB Bailey INTKM01 used for?

The ABB Bailey INTKM01 is the Time Keeper Master Module for INFI 90 Sequence of Events systems. It maintains and distributes synchronized timing to the SOE architecture.

Does the ABB Bailey INTKM01 support IRIG-B synchronization?

The ABB Bailey INTKM01 accepts IRIG-B time code in DC level-shift format through an NTST01 termination unit and uses this reference to correct its internal clock.

How does INTKM01 communicate with IMSET01 modules?

The ABB Bailey INTKM01 distributes time information to IMSET01 modules through an RS-485 time-sync link operating at 62.6 kbaud via NTST01 termination hardware.

What happens if the external time receiver is lost?

The ABB Bailey INTKM01 continues operating from its internal timing reference when the external receiver is unavailable. External synchronization normally improves the accuracy of the internal clock.

What is the difference between INTKM01 and IMSET01?

The ABB Bailey INTKM01 is the Time Keeper Master, while IMSET01 modules receive and use synchronized timing within the Sequence of Events system.

What should be checked before replacing an INTKM01 module?

The ABB Bailey INTKM01 replacement should match the exact module identification, NTST01 termination arrangement, IRIG-B reference connection, SOE topology, and associated INSEM01 and IMSET01 configuration.

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