Powered by Safety®
01.4IB.48030B
Sentry Control Unit
Control and Monitoring Platform
Sentry Control Unit
Contact Information
Powell Electrical Systems, Inc.
powellind.com
info@powellind.com
Service Division
PO Box 12818
Houston, Texas 77217-2818
Tel: 713.944.6900
Fax: 713.948.4569
Powered by Safety®
01.4IB.48030B
01.4IB.48030B
Signal Words
Qualified Person
As stated in ANSI Z535.4-2007, the signal word is
a word that calls attention to the safety sign and
designates a degree or level of hazard seriousness.
The signal words for product safety signs are
“Danger”, “Warning”, “Caution”, and "Notice".
These words are defined as:
For the purposes of this manual, a qualified
person, as stated in NFPA 70E®, is one who has
skills and knowledge related to the construction
and operation of the electrical equipment and
installations and has received safety training to
recognize and avoid the hazards involved. In
addition to the above qualifications, one must also
be:
!
DANGER
DANGER indicates an imminently hazardous
situation which, if not avoided, will result in
death or serious injury.
!
WARNING
WARNING indicates a potentially hazardous
situation which, if not avoided, could result in
death or serious injury.
!
1. trained and authorized to energize,
de-energize, clear, ground, and tag circuits
and equipment in accordance with
established safety practices.
2. trained in the proper care and use of
personal protective equipment (PPE)
such as rubber gloves, hard hat, safety
glasses or face shields, flash clothing, etc.,
in accordance with established safety
practices.
3. trained in rendering first aid if necessary.
CAUTION
CAUTION, used with the safety alert symbol,
indicates a hazardous situation which, if not
avoided, could result in minor or moderate
injury.
CAUTION
CAUTION, used without the safety alert
symbol, is used to address practices not
related to personal injury.
NOTICE
NOTICE is used to address practices not related
to personal injury.
Powered by Safety®
Sentry Control Unit
This page is intentionally left blank.
Powered by Safety®
01.4IB.48030B
01.4IB.48030B
Contents
Ch 1 General Information .................................................................................................1
A. Scope ................................................................................................................................................................2
B.Purpose .............................................................................................................................................................2
C.Certifications .....................................................................................................................................................2
D.Instruction Bulletins Available Electronically .....................................................................................................2
E. Associated Instruction Bulletins .........................................................................................................................2
Ch 2 Safety ........................................................................................................................3
A.
B.
C.
D.
E.
Safe Work Condition . ........................................................................................................................................3
Safety Guidelines ...............................................................................................................................................3
General .............................................................................................................................................................3
Specific ..............................................................................................................................................................4
Safety Labels .....................................................................................................................................................4
Ch 3 Equipment Description .............................................................................................5
A. General .............................................................................................................................................................5
1)Chassis ........................................................................................................................................................................................ 6
2) Sentry P1 Universal Power Supply Card .............................................................................................................................. 6
3) Sentry C1 Communications Card ......................................................................................................................................... 6
4) Sentry A1 Automatic Racking Mechanism (ARM) Application Card ............................................................................ 6
5) Sentry B6 6-Channel BriteSpot™ Thermal Sensing Application Card .......................................................................... 7
6) Fan Control Card ...................................................................................................................................................................... 7
7) Sentry Remote Controller and Sentry Remote Control Port ........................................................................................... 9
B. Specifications .................................................................................................................................................. 10
Ch 4 Installation ..............................................................................................................11
A. Wiring Recommendations ................................................................................................................................. 11
B.Chassis ........................................................................................................................................................... 11
C. Sentry Cards .................................................................................................................................................. 11
D. BriteSpot™ Polymer Optic Fiber Probes ............................................................................................................ 12
Powered by Safety®
i
Sentry Control Unit
01.4IB.48030B
Contents
Ch 5 Operation ................................................................................................................13
A. General .......................................................................................................................................................... 13
B.Port Configuration ......................................................................................................................................... 13
C.Operation of A1 Automatic Racking Mechanism on PowlVac® Circuit Breakers .................................................. 13
1) General Principles ...................................................................................................................................................................13
2)Logic ..........................................................................................................................................................................................14
3) Permissive Contacts / Lock-Out ..........................................................................................................................................14
4) Controlling Automatic Racking with Sentry via Sentry Remote Controller .............................................................14
5) Controlling Automatic Racking with Sentry via a SCADA ............................................................................................17
D.Operation of B6 6-Channel BriteSpot™ Thermal Sensing Card .......................................................................... 19
1)Overview ...................................................................................................................................................................................19
2) Indicator LEDs .........................................................................................................................................................................19
3) MODBUS Registers .................................................................................................................................................................20
E.Fan Control Card . ......................................................................................................................................... 22
Appendix A SEN6 6-Card Chassis Mounting Dimensions ...............................................23
Appendix B State Diagram - Automatic Racking Mechanism .........................................24
Appendix C Card Specification - P1 Sentry Universal Power Supply Card ......................25
Appendix D Card Specification - C1 Sentry Communication Card ..................................26
Appendix E Card Specification - A1 Sentry Automatic Racking Mechanism Card .........27
Appendix F Card Specification - B6 6-Channel BriteSpot™ Thermal Sensing Card ........28
Appendix G Specification - Fan Control Card ..................................................................29
Appendix H Operation Logic Diagram D5 Fan Control Card ..........................................30
Appendix I MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X ..............................31
Appendix J MODBUS Memory Map For Sentry SEN6P1C1A10XB6B6 ............................34
Appendix K MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6 ............................39
Appendix L MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6 .............................42
Appendix M MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6 ...........................45
Appendix N MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 ............................48
ii
Powered by Safety®
01.4IB.48030B
Figures
Figure 1
Figure 2
Figure 3
Figure 4
Figure 5
Figure 6
Figure 7
Figure 8
Figure 9
Figure 10
Figure 11
Figure 12
Figure 13
Figure 14
Figure 15
Figure 16
Figure 17
Figure 18
Sentry Control Unit in SEN6P1C1A10XB6B6 Configuration ..........................5
Sentry P1 Universal Power Supply (front view) ..............................................6
Sentry C1 Communications Card ....................................................................6
Sentry A1 ARM Card Supply (front view) ........................................................6
6-Channel BriteSpot Application Card (front view) .......................................7
Fan Control Card .............................................................................................7
Remote Control Port .......................................................................................9
Sentry Remote Controller ...............................................................................9
Remote Control Connection .........................................................................10
Inserting Polymer Optic Fiber Probe ............................................................12
Tightening the Fiber ......................................................................................12
State and Position of Breaker .......................................................................14
Warning/Error Screen ...................................................................................15
Unsuccessful ARO Message ...........................................................................15
ARO Warning .................................................................................................16
ARO Error .......................................................................................................16
B6 6-Channel Card ........................................................................................19
Real-Time Data ..............................................................................................21
Powered by Safety®
iii
Sentry Control Unit
01.4IB.48030B
Tables
Table A SCU Configurations ...............................................................................................5
Table B Fan Control Card ....................................................................................................8
Table C System Specifications ..........................................................................................10
Table D Appendix Locations for Sentry Cards .................................................................11
Table E Default Serial Settings .........................................................................................13
Table F Circuit Breaker States ..........................................................................................13
Table G ARM Basic Commands ........................................................................................17
Table H ARM Registers ......................................................................................................17
Table I LEDs .......................................................................................................................19
Table J Status Registers ....................................................................................................20
Table K Over Temperature Registers ................................................................................21
MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X .................................................31
MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X (cont.) .....................................32
MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X (cont.) .....................................33
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 .................................................34
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.) .....................................35
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.) .....................................36
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.) .....................................37
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.) .....................................38
MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6 .................................................39
MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6 (cont.) .....................................40
MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6 (cont.) .....................................41
MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6 .................................................42
MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6 (cont.) .....................................43
MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6 (cont.) .....................................44
MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6 .................................................45
MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6 (cont.) .....................................46
MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6 (cont.) .....................................47
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 ................................................48
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 (cont.) .....................................49
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 (cont.) .....................................50
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 (cont.) .....................................51
iv
Powered by Safety®
01.4IB.48030B
Ch 1 General Information
WARNING
!
The equipment described in this document may contain high voltages and currents which can
cause death or serious injury.
The equipment is designed for use, installation, and maintenance by knowledgeable users of such
equipment having experience and training in the field of high voltage electricity. This document and all
other documentation shall be fully read, understood, and all warnings and cautions shall be abided by. If
there are any discrepancies or questions, the user shall contact Powell immediately at 1.800.480.7273.
!
WARNING
Prior to adjustments, servicing, maintenance, or any act requiring the operator to make physical
contact with the equipment, the power source must be disconnected and the equipment grounded.
Failure to do so may result in death or serious injury.
NOTICE
The information in this instruction bulletin is not intended to explain all details or variations of the
Powell equipment, nor to provide for every possible contingency or hazard to be met in connection
with installation, testing, operation, and maintenance of the equipment. For additional
information and instructions for particular problems, which are not presented sufficiently for the
user’s purposes, contact Powell at 1.800.480.7273.
NOTICE
Powell reserves the right to discontinue and to change specifications at any time without incurring
any obligation to incorporate new features in products previously sold.
General Information
Powered by Safety®
1
Sentry Control Unit
A. Scope
01.4IB.48030B
C.Certifications
The information in this instruction bulletin
describes the Sentry Module and its Remote
Control features for PowlVac® switchgear.
B.Purpose
The information in this instruction bulletin
is intended to provide information required
to properly operate the Sentry Module and
Remote Control described in Ch 1 General
Information, A. Scope.
This instruction bulletin provides:
1. Safety guidelines
2. General descriptions on the operation of
the Sentry Module and Remote Control
3. Instructions for installation
4. Illustrations, photographs, and description
of the equipment described in
Ch 1 General Information, A. Scope.
The illustrations contained in this document
may not represent the exact construction
details of each Sentry Module. The illustrations
in this document are provided as general
information to aid in showing component
locations only.
All illustrations and photos are shown using
de-energized equipment.
!
•
•
FCC Part 15
UL Listed
D.Instruction Bulletins Available Electronically
NOTICE
Changes to the instruction bulletin may be
implemented at any time and without notice.
Go to powellind.com to ensure use of the
current instruction bulletin for the Powell
equipment.
To contact the Powell Service Division call
1.800.480.7273 or 713.944.6900, or email
info@powellservice.com.
For specific questions or comments pertaining
to this instruction bulletin email
documents@powellind.com with the
Instruction Bulletin number in the subject line.
E. Associated Instruction Bulletins
All associated instruction bulletins are available
online at powellind.com.
•
•
01.4IB.48020 BriteSpot™ - used for
installation of Polymer Optic Fiber Probes.
The applicable PowlVac® or PowlVac-AR®
instruction bulletin.
WARNING
Be sure to follow the appropriate safety
precaution while handling any of the
equipment. Failure to do so may result in
serious injury or death.
2
Powered by Safety®
General Information
01.4IB.48030B
Ch 2 Safety
A. Safe Work Condition
The information in Section A is quoted from
NFPA 70E 2004 - Article 120, 120.1 Establishing an
Electrically Safe Work Condition.
120.1 Process of Achieving an Electrically Safe
Work Condition
1. Determine all possible sources of electrical
supply to the specific equipment. Check
applicable up-to-date drawings, diagrams,
and identification tags.
2. After properly interrupting the load current,
OPEN the disconnecting device(s) for each
source.
3. Wherever possible, visually verify that all
blades of the disconnecting devices are
fully OPEN or that drawout type circuit
breakers are withdrawn to the fully
disconnected position.
4. Apply lockout/tagout devices in accordance
with a documented and established policy.
5. Use an adequately rated voltage detector
to test each phase conductor or circuit part
to verify they are de-energized. Test each
phase conductor or circuit part both
phase-to-phase, and phase-to-ground.
Before and after each test, determine
that the voltage detector is operating
satisfactorily.
6. Where the possibility of induced voltages
or stored electrical energy exists, ground
the phase conductors or circuit parts
before touching them. Where it could be
reasonably anticipated that the conductors
or circuit parts being de-energized
could contact other exposed energized
conductors or circuit parts, apply ground
connecting devices rated for the available
fault duty.
B. Safety Guidelines
Study this instruction bulletin and all other
associated documentation before installing the
Sentry Module and Remote Control.
Each user has the responsibility to instruct
and supervise all personnel associated with
usage, installation, operation, and maintenance
of this equipment on all safety procedures.
Furthermore, each user has the responsibility of
establishing a safety program for each type of
equipment encountered.
The safety rules in this instruction bulletin are
not intended to be a complete safety program.
The rules are intended to cover only some of the
important aspects of personnel safety related to
the Sentry Module and Remote Control.
C. General
1. Only supervised and qualified personnel
trained in the usage, installation, operation,
and maintenance of the monitoring system
shall be allowed to work on this equipment.
It is mandatory that this instruction bulletin,
any supplements, and service advisories be
studied, understood, and followed.
2. Maintenance programs must be consistent
with both customer experience and
manufacturer’s recommendations,
including service advisories and instruction
bulletin(s).
Safety
Powered by Safety®
3
Sentry Control Unit
3. Service conditions and equipment
applications shall also be considered in the
development of safety programs. Variables
include ambient temperature; humidity;
actual continuous current; thermal cycling;
number of operations; interrupting duty;
and any adverse local conditions including
excessive dust, ash, corrosive atmosphere,
vermin and insect infestations.
2. DO NOT WORK ON EQUIPMENT WITH THE
CONTROL CIRCUIT ENERGIZED.
01.4IB.48030B
E. Safety Labels
The equipment described in this document
has DANGER, WARNING, CAUTION, and
instruction labels attached to various locations.
All equipment DANGER, WARNING, CAUTION,
and instruction labels shall be observed
when the equipment is handled, operated, or
maintained.
D. Specific
1. DO NOT WORK ON ENERGIZED
EQUIPMENT. If work must be performed
on a circuit breaker, remove it from service
and remove it from the
metal-clad switchgear.
NOTICE
Warning and Caution labels are located in
various places in and on the switchgear and
on the circuit breakers removable element.
Always observe these warnings and caution
labels. Do NOT remove or deface any of these
warning/caution labels.
3. ALL COMPONENTS SHALL BE
DISCONNECTED BY MEANS OF A VISIBLE
BREAK AND SECURELY GROUNDED FOR
SAFETY OF PERSONNEL PERFORMING
MAINTENANCE OPERATIONS ON THE
EQUIPMENT.
4. Interlocks are provided to ensure the
proper operating sequences of the
equipment and for the safety of the user.
If for any reason an interlock does not
function as described, do not make any
adjustments, modification, or deform the
parts. DO NOT FORCE THE PARTS INTO
POSITION. CONTACT POWELL FOR
INSTRUCTIONS.
4
Powered by Safety®
Safety
01.4IB.48030B
Ch 3 Equipment Description
Table A SCU Configurations
SCU
Designation
A. General
The Sentry Control Unit (SCU) is intended
to provide a scalable, modular platform
that can be configured to provide the user
various monitoring and control functions.
Each Sentry Application Card (SAC) performs
a specific monitoring and /or control task
and is inserted into an SCU. Configuring a
Control Unit with different cards allows a
customized set of functions to be performed.
The available options for configuring a SCU
are shown in Table A SCU Configurations.
Many permutations of the Sentry Control
Unit are possible but for simplicity the
SEN6P1C1A10XB6B6 configuration will be used
as an example throughout this manual.
Figure 1
Application (APP)
Cards
Image
1 x P1 Sentry Universal
Power Supply Card
SEN6P1C1A0X0X0X
1 x C1 Sentry
Communications Card
1 x A1 Sentry Automatic
Racking Mechanism Card
1 x P1 Sentry Universal
Power Supply Card
SEN6P1C1A10XB6B6
1 x C1 Sentry
Communications Card
1 x A1 Sentry Automatic
Racking Mechanism Card
2 x B6 6-Channel BriteSpot
Cards
1 x P1 Sentry Universal
Power Supply Card
SEN6P1C10X0XB6B6
1 x C1 Sentry
Communications Card
2 x B6 6-Channel BriteSpot
Cards
Sentry Control Unit in
SEN6P1C1A10XB6B6 Configuration
1 x P1 Sentry Universal
Power Supply Card
SEN6P1C10XB6B6B6
1 x C1 Sentry
Communications Card
3 x B6 6-Channel BriteSpot
Cards
f
1 x P1 Sentry Universal
Power Supply Card
e
d
SEN6P1C1B6B6B6B6
c
1 x C1 Sentry
Communications Card
4 x B6 6-Channel BriteSpot
Cards
b
1 x P1 Sentry Universal
Power Supply Card
a
SEN6P1C10XD5B6B6
1 x C1 Sentry
Communications Card
1 x D5 Fan Control Card
a.
b.
c.
d.
e.
f.
Slot A - Sentry Power Card
Slot B - Sentry Communications Card
Slot C - Sentry Application Card 1
Slot D - Sentry Application Card 2
Slot E - Sentry Application Card 3
Slot F - Sentry Application Card 4
Equipment Description
Powered by Safety®
2 x B6 6-Channel BriteSpot
Cards
5
Sentry Control Unit
The Sentry Control Unit consists of six major
components:
1)Chassis
01.4IB.48030B
Detailed specifications for the C1 Sentry
Communications Card can be found in
Appendix D.
Figure 3
Sentry C1 Communications Card
The chassis is the mechanical housing
used to encapsulate the cards while
providing mechanical fastening features.
Detailed installation instructions, including
recommended hole-pattern for installation
can be found in Appendix A.
2) Sentry P1 Universal Power Supply Card
The Sentry Universal Power Supply card,
shown in slot A in Figure 2 accepts input
power while providing the DC voltages
needed for the various Sentry Application
Cards to operate.
Figure 2
Sentry P1 Universal Power Supply
(front view)
4) Sentry A1 Automatic Racking Mechanism
(ARM) Application Card
The Sentry Automatic Racking Mechanism
Application Card provides an electronically
activated and controlled method for
racking and activating selected PowlVac®
breakers. Any SCU with the ARM Card
must be installed and tested by qualified
Powell personnel. Detailed specifications
for the A1 Sentry ARM card can be found in
Appendix E.
Figure 4
The 24VDC output is provided to power
a limited number of external devices.
Detailed specifications for the P1 Sentry
Universal Power Supply Card can be found
in Appendix C.
3) Sentry C1 Communications Card
The Sentry C1 Communications Card,
located in Slot B (Figure 1, b), provides
the primary communications interface
between the various components of
the Sentry Control Module and the
external environment. There is a USB
configuration port and two EIA-485 ports.
6
Sentry A1 ARM Card Supply
(front view)
In general, terminals 1-16 are used for
inputs for various sensor data, while 17-24
are control outputs.
The Sentry ARM Card allows the user to
Rack-In, Rack-Out, Trip, and Close the
breaker using either HMI/SCADA or the
optional remote control assembly.
Powered by Safety®
Equipment Description
01.4IB.48030B
5) Sentry B6 6-Channel BriteSpot™ Thermal
Sensing Application Card
The 6-Channel BriteSpot Application Card
allows for the simultaneous measurement
of up to 6 temperature locations
simultaneously. Polymer optical fiber
probes are routed from the location(s) of
interest to the Sentry Control Module.
Best practices and installation instructions
for the optical fiber are found in the latest
version of instruction bulletin 01.4IB.48020
BriteSpot™. Please refer to this document for
specifics regarding the routing, terminating,
and handling precautions of the Optical
Fiber Probe.
Figure 5
6-Channel BriteSpot Application
Card (front view)
6) Fan Control Card
The fan control card is used for control
of switchgear cooling fans based on
temperatures monitored by BriteSpot™
fiber optic temperature sensors.
Figure 6
Fan Control Card
Equipment Description
Powered by Safety®
7
Sentry Control Unit
01.4IB.48030B
Table B Fan Control Card
DIGITAL INPUT
DIGITAL OUTPUT
Electrical Specifications / Connections
Type
Port
Fan 1
Dry Contact
DO1
Fan 2
Dry Contact
DO2
1 Dry Contact
DO3
2 Dry Contact
DO4
3 Dry Contact
DO5
Type
Port
Dry Contact
DI1
Signal Relay
Fan Check
Flow Sensor In
Dry Contact
Term
Spec
Function
D1
16A/270VAC
Primary Cooling Fan Contact
D2
16A/270VAC
Current Sensing
D3
16A/270VAC
Backup Cooling Fan Contact
D4
16A/270VAC
Current Sensing
D5
16A/270VAC
No Current Sensing
D6
16A/270VAC
No Current Sensing
D7
16A/270VAC
No Current Sensing
D8
16A/270VAC
No Current Sensing
D9
16A/270VAC
No Current Sensing
D10
16A/270VAC
No Current Sensing
Term
Spec
Function
D11
D12
D13
DI2
Triggers Fan Check Sequence
N/A
D14
Triggers Fan Check Sequence
Not Implemented
LEDs Interface
LEDs INTERFACE
LED Designator
Fan
Stat
DI 1
DI 2
8
Color
Notes
Green
Both Fans Status OK
Orange
One Fan Status OK, One Fan Faulty
Red
Both Fans Status Faulty
Orange Blinking
Fan Check in Progress (30s)
Off
Status Unknown
Green
Board Status OK
Red
Board Failure
Green
DI 1 Contact Closed
Off
DI 2 Contact Open
Green
DI 2 Contact Closed
Off
DI 2 Contact Open
Powered by Safety®
Equipment Description
01.4IB.48030B
7) Sentry Remote Controller and Sentry Remote
Control Port
Figure 8
Interfacing with the Sentry Control Unit can
be done directly via either a SCADA (over
RS-485 MODBUS) or through the custom
Sentry Remote Controller. The Remote
Controller is plugged into the Remote
Control Port that is found on the outside of
the switchgear enclosure in question.
Figure 7
Sentry Remote Controller
a
b
d
c
e
f
Remote Control Port
The Sentry Remote Controller provides
a limited set of control and monitoring
functions to the user. In particular, it has
dedicated buttons for use in control of the
breaker during automatic racking. The
illuminated command buttons, shown in
Figure 7, also provide indication as to what
commands may be issued by illuminating
the available options.
a.
b.
c.
d.
e.
f.
Interface Screen
Menu / Select Button
Rack Out (illuminated command button)
Close (illuminated command button)
Trip (illuminated command button)
Rack In (illuminated command button)
The Sentry Remote Controller is connected
to the Remote Control Port via an
industrialized connector. The connector
can only be connected in one orientation
and is locked in place with a clockwise
quarter turn shown in Figure 8. Removing
the connector is the reverse of this process.
The "Menu/Select Button" provides the user
the ability to scroll through various screens.
Typically, each of the screens will correlate
to a Sentry Application Card.
Equipment Description
Powered by Safety®
9
Sentry Control Unit
Figure 9
01.4IB.48030B
Remote Control Connection
B. Specifications
Table C System Specifications
Characteristic
Minimum
Typical
Maximum
Units
-40
+70
°C
5
95
%
Comments
Environmental Operating
Operating Temperature
Humidity
RH, Non-condensing
Vibration
Class 1
IEC 60255-21-1
Shock
Class 1
IEC 60255-21-2
Pollution Degree
2
Overvoltage Category
II
IEC 60604
Altitude
0
2000
m
Atmosphere Pressure
80
115
kPa
-40
+90
°C
95
%
Storage Environmental Conditions
Temperature
Humidity
IEC 60068-2-1 & IEC 60068-2-2
RH, Non-condensing
Vibration
Class 1
IEC 60255-21-1
Shock
Class 1
IEC 60255-21-2
Bump
Class 1
IEC 60255-21-2
Power Requirements
AC Input Voltage
110
240
VAC
±10%, 50-60 Hz
DC Input Voltage
110
250
VDC
10%
VA Rating
50
VA
20 Watts
Internal Fuse
1.5
A
@250 Volts
10
Powered by Safety®
Equipment Description
01.4IB.48030B
Ch 4 Installation
C. Sentry Cards
A. Wiring Recommendations
The vast majority of electrical connections onto
the Sentry are done via standard industrial
terminal blocks, primarily of the type provided
by Phoenix Contact (or compatible). The
connectors are selected to minimize the
possibility of an incorrect interchanging during
installation. In general, all wire terminations
and mating screws shall be torqued to 2.2 in-lb
(0.25 NM) unless otherwise noted.
B.Chassis
The wiring / schematics and other information
needed for each of the specific application
cards is provided in the Appendixes.
Table D Appendix Locations for Sentry Cards
Sentry Application Card
Appendix
Sentry Chassis
A
P1 Universal Power Supply Card
C
C1 Communications Card
D
A1 ARM Card
E
B6 6-Channel BriteSpot™ Card
F
D5 Fan Control Card
G
Remote Control
I
The Sentry Chassis is intended to be mounted
via the included ¼”- 20 UNC fasteners. The
hole-pattern, outer dimensions, and other
relevant specifications are shown in
Appendix A.
When mounting the chassis, ensure that
sufficient room is available in front of the
chassis to provide access to the terminal
blocks for wiring and indicator LEDs. It is
recommended that at least 4” (100mm) of
additional space be allocated in front of the
chassis for accessibility. Once the installation is
complete ensure the chassis is grounded to the
enclosure.
Installation
Powered by Safety®
11
Sentry Control Unit
D. BriteSpot™ Polymer Optic Fiber Probes
Figure 11
01.4IB.48030B
Tightening the Fiber
Any SCU with at least one Sentry B6 6-Channel
BriteSpot™ Thermal Sensing Card will
inherently require the installation of BriteSpot
Polymer Optic Fiber Probes. A separate
document, the latest version of 01.4IB.48020
BriteSpot™ covers the installation and
maintenance of the polymer optic fiber probes.
Please refer to
Ch 4 Installation, A. Wiring Recommendations,
Ch 4 Installation, B. Chassis and
Ch 4 Installation, C. Sentry Cards of this
document for detailed instructions.
Once the fiber has been installed, routed
and cut to length as per the latest version of
01.4IB.48020 BriteSpot™, the final step involves
securing the fiber to the optical connectors of
the B6 6-Channel BriteSpot Card. For each of
the polymer optic fiber probes, follow the two
step procedure for the final connection.
1. Insert the BriteSpot Polymer Optic Fiber
Probe into the Probe Sensor Optical
Connector and push until firm resistance is
felt (Figure 10).
Figure 10
Inserting Polymer Optic Fiber Probe
2. Twist the Fiber Retention Nut clockwise
until it is hand tight. Do not use any tools
for tightening this connector (Figure 11).
12
Powered by Safety®
Installation
01.4IB.48030B
Ch 5 Operation
•
•
•
•
A. General
The Sentry can be configured into many
different configurations, which can be broken
down by application card type.
Data and commands are typically relayed
to the Sentry from a SCADA master or HMI
through a twisted / shielded pair.
Rack-In the Breaker
Rack-Out the Breaker
Trip the Breaker
Close the Breaker
The Sentry A1 ARM Application Card uses a
combination of onboard sensors to detect
the circuit breaker's position. The data
from the sensor is used to determine the
following three states:
Table F Circuit Breaker States
B.Port Configuration
All communication to the Sentry and the
associated Application Cards is done through
the Communications Card. Ensure that the
HMI / SCADA system and the Sentry have the
same serial settings. The default serial settings
for the Sentry are shown in Table E Default Serial
Settings.
Sentry &
Breaker Status
Ready
19200
Data Bits
8
Parity
None
Stop Bits
1
Should the default communication settings
require modification, it will be required to use
the Sentry Configuration Tool. This is a custom
software package available from Powell.
Breaker Contact
Position
Breaker Racking
Position
Sentry will accept any
user command
Warning
Error
Sentry has detected a
more serious problem
and will not accept any
commands until the user
attempts remedial action
Locked-Out
Sentry will not accept any
commands
Value
Baud Rate
Description
Sentry has detected a
problem and will only
accept a single Rack-out
Command
Sentry Readiness
Table E Default Serial Settings
Parameter
Type of
State
Open
Breaker contacts Open Non-Conducting
Closed
Breaker contacts Closed Conducting
In
Out
Breaker is connected to
primary disconnect
Breaker is in test/
disconnect position
C.Operation of A1 Automatic Racking Mechanism on
PowlVac® Circuit Breakers
1) General Principles
The Sentry A1 ARM Application Card allows
the user to perform four basic functions
while maintaining a safe distance from the
switchgear. These commands can be issued
by either a remote SCADA system or the
Sentry Remote Control.
Operation
Powered by Safety®
13
Sentry Control Unit
2)Logic
The overall logic which describes the
functionality of the Sentry A1 ARM Card
is found in Appendix B State Diagram
Automatic Racking Mechanism. In general,
the ARM will only accept user commands
when in the "Ready" Sentry Readiness State.
a. Connect the Sentry Remote Controller
to the Sentry Remote Control Port as
shown in Ch 3 Equipment Description,
A. General, 6) Sentry Remote Control and
Sentry Remote Control Port. With the
remote connected, the Sentry will only
respond to breaker commands from the
Sentry Remote Controller.
Note: In order to maintain worker safety,
any circuit breaker commands
to the Sentry Module from the
SCADA/HMI will be ignored
whenever the Sentry Remote
Controller is properly attached to
the Sentry Remote Control Port.
3) Permissive Contacts / Lock-Out
14
01.4IB.48030B
4) Controlling Automatic Racking with Sentry
via Sentry Remote Controller
There are preventative checks in place to
ensure that commands cannot be issued
out of sequence. For example, the
Rack-Out/Rack-In commands may not be
issued if the breaker contact position is
closed.
The Sentry A1 ARM Application Card is
equipped with a Permissive Contact input
for applying a normally open “LOCK-OUT”
control signal. This input permits the end
user to activate the Sentry Module's ARM
functions. When the Permissive Contact
input is open, the ARM functionality is
completely disabled" "LOCKED-OUT" and
the user may not use any breaker-related
commands (Rack-In, Rack-Out, Close, Trip).
It should be noted when other methods
of breaker activation have been wired in
parallel, such as tripping /closing from a
protective relay, those functions are NOT
blocked by Sentry when its Permissive
Contacts are in the “LOCKED-OUT” state. It
should also be noted that some trip / close
operating schemes may require additional
permissive actions, such as enabling
breaker control through a protective relay.
Refer to the wiring diagram describing
equipment operation if in doubt. The
mechanical / electrical interface, including
operation of the lock-outs signals tied
to the Sentry Permissive Contacts will
be based on customer input and may be
activated by a different combination of
devices in each installation.
b. The remote control screen will then
display the current information relating
to the state and position of the circuit
breaker. In addition, the illuminated
command buttons will indicate what
commands can be issued based on
the current state. Figure 12 shows the
screen, including the possible options
for the breaker racking position and
breaker contact position states.
Figure 12
State and Position of Breaker
ARM CONTROLLER
BREAKER
OPEN
OPEN
CLOSED
RACKED
IN
IN
OUT
c.Racking-In
i. With the breaker in the Racked-Out
and Open state, the Sentry Remote
Control will indicate that the breaker
can be Racked-In by illuminating the
"Rack-In" command button.
Powered by Safety®
Operation
01.4IB.48030B
ii. Pushing the "Rack-In" command
button will cause the breaker to
attempt to Rack-In.
iii. Typically, the breaker will complete
the Rack-In process successfully and
display the result.
iv. Should the Sentry be unable to
Rack-In the breaker successfully, it
will automatically abort the attempt
and rack-out the breaker. This
feature is known as Automatic
Rack-Out (ARO).
v. In the case of a successful ARO
(on which the breaker returns to the
fully Racked-Out state), the user will
be notified what type of problem
was encountered with a message on
the screen. The exact message will
change depending on what type of
problem occurred during the failed
rack-in attempt. The screen, along
with all the different warning/error
types is shown in Figure 13.
Figure 13
Warning/Error Screen
Figure 14
Unsuccessful ARO Message
MOTOR OVER CURRENT
MOTOR UNDER CURRENT
UNKNOWN POSITION
ERROR
AUTOMATIC RACK-OUT
MOTOR UNDER CURRENT
RACKING TIMEOUT
EMERGENCY STOP
RACK-IN TIMEOUT
RACK-OUT TIMEOUT
FINAL RACK-IN TIMEOUT
FINAL RACK-OUT TIMEOUT
RACKING SENSOR FAULT
BREAKER CONTACT FAULT
vii. In either case, the warning/error
message must be cleared by
pressing and holding the
Menu/Select Button. This allows the
Sentry Readiness State to be reset
as the user has acknowledged the
warning/error message.
viii.If the Sentry Readiness State remains
in Error following subsequent
commands, it is likely that manual
intervention will be required, see the
applicable circuit breaker instruction
bulletin for further details on racking
the breaker out manually.
MOTOR OVER CURRENT
MOTOR UNDER CURRENT
UNKNOWN POSITION
EMERGENCY STOP
AUTOMATIC RACK OUT
RACK-IN TIMEOUT
RACK-OUT TIMEOUT
FINAL RACK-IN TIMEOUT
MOTOR UNDER CURRENT
FINAL RACK-OUT TIMEOUT
PRESS AND HOLD
MENU TO PROCEED
RACKING SENSOR FAULT
BREAKER CONTACT FAULT
vi. If the ARO was unsuccessful,
meaning the Sentry was unable to
fully rack-out the breaker, an error
message similar to that shown
in Figure 14 will be presented
indicating the Sentry Readiness
State is either in Warning or Error.
Operation
Powered by Safety®
15
Sentry Control Unit
d.Racking-Out
i. With the breaker in the Racked-In
and Open state, the user will be
permitted to attempt to rack-out.
ii. Pushing the "Rack-Out" command
button will cause the breaker to
attempt to Rack-Out.
iii. Typically, the breaker will complete
the Rack-Out process successfully
and display the result.
iv. Should the Sentry be unable to
Rack-Out the breaker successfully,
it will automatically attempt to stop
the breaker motion. This is different
to the Rack-In process which
attempts an ARO. At this point, a
warning will be displayed which
indicates what type of warning has
occurred, as shown in Figure 15.
It is also possible to stop the breaker
motion while in transit by pressing
the "Rack-Out" command button.
Figure 15
ARO Warning
MOTOR OVER CURRENT
MOTOR UNDER CURRENT
UNKNOWN POSITION
WARNING
BREAKER
OPEN
EMERGENCY STOP
RACKED
IN
MOTOR UNDER CURRENT
RACK-IN TIMEOUT
RACK-OUT TIMEOUT
FINAL RACK-IN TIMEOUT
FINAL RACK-OUT TIMEOUT
RACKING SENSOR FAULT
BREAKER CONTACT FAULT
v. With the breaker motion stopped, a
final attempt for racking out via the
Sentry is permitted with the
"Rack-Out" command button.
Should this attempt fail, the user will
be displayed a message similar to
that shown in Figure 16.
01.4IB.48030B
vi. If the Sentry Readiness State remains
in Error following subsequent
commands, it is likely that manual
intervention will be required, see the
applicable circuit breaker instruction
bulletin for further details on racking
the breaker out manually.
Figure 16
ARO Error
MOTOR OVER CURRENT
MOTOR UNDER CURRENT
UNKNOWN POSITION
EMERGENCY STOP
RACK-IN TIMEOUT
ERROR
RACK-OUT TIMEOUT
MOTOR UNDER CURRENT
FINAL RACK-OUT TIMEOUT
FINAL RACK-IN TIMEOUT
PRESS AND HOLD
MENU TO PROCEED
RACKING SENSOR FAULT
BREAKER CONTACT FAULT
e.Tripping
Pressing the "Trip" command button
will cause the circuit breaker to
trip. The "Trip" button is active only
when illuminated. Under some
control schemes there may be other
equipment, such as a protective relay,
used to provide permissive signals prior
to tripping.
f.Closing
Pressing the "Close" command
button will cause the circuit breaker
to trip. The "Close" button is active
only when illuminated. Under some
control schemes there may be other
equipment, such as a protective relay,
used to provide permissive signals prior
to closing.
Note: Only two (2) attempts to Rack-Out
the circuit breaker are permitted
with the Sentry Module before
manual methods must be used.
16
Powered by Safety®
Operation
01.4IB.48030B
5) Controlling Automatic Racking with Sentry
via a SCADA
Operating a Sentry equipped ARM breaker
via a SCADA system follows the logic from
the Appendix B State Diagram Automatic
Racking Mechanism. With communication
established, a SCADA can issue commands
and determine the status at any time with
one notable exception: commands cannot
be issued via the SCADA to unit which is
concurrently connected to a Sentry Remote
Controller.
The four primary commands for breaker
control are shown Table G ARM Basic
Commands. Setting any of the coil
registers (setting the value to 1) triggers
the command. These coil registers are
automatically zeroed after the command
has been accepted. All registers are shown
in relative addressing. Absolute MODBUS
addresses are shown in Appendices I
through M.
Table G ARM Basic Commands
Command
Coil Register
Close Breaker
145
Open Breaker
146
Rack-In Breaker
147
Rack-Out Breaker
148
In addition to the breaker control
commands, the following registers are also
used during fundamental operation of the
Sentry A1 ARM Application Card.
Operation
Table H ARM Registers
Sentry Readiness Sate
Discrete Input
Ready
no associated register
Warning
151
Error
152
Locked-Out
140
Warning/Error Override
152 (coil)
Breaker Contact Position
Discrete Input
Closed
159
Open
160
Breaker Racking Position
Discrete Input
Racked-In
161
Racked-Out
162
a.Racking-In
i. With the breaker in the
Racked-Out and open state, Discrete
Input 160 (Breaker Contacts Open)
and 162 (Breaker Racked-Out) will
be set.
ii. Setting coil 147 (ARM Rack-In
Command) will cause the breaker to
attempt to Rack-In.
iii. Typically, the breaker will complete
the Rack-In process successfully and
change the values of Discrete Inputs
161 (Racked-In) and 162
(Racked-Out) to reflect the breaker is
now Racked-In.
iv. Should the Sentry be unable to
Rack-In the breaker successfully, it
will automatically abort the attempt
and Rack-Out the breaker. This
feature is known as Automatic
Rack-Out (ARO).
Powered by Safety®
17
Sentry Control Unit
v. In the case of a successful ARO
(on in which the breaker returns
to the fully Racked-Out state),
Discrete Input 152 (Error) will be set
in addition to one of the Discrete
Inputs that corresponds to one of
the Warning and Error Diagnostic
Codes shown in Appendices H
through L. In order to return the
functionality of the ARM, coil
152 (Warning / Error Override)
must be set. This is used as an
acknowledgement that the user has
seen the Diagnostic Code.
vi. If the ARO was unsuccessful,
meaning that Sentry was not able
to fully Rack-Out the breaker,
Discrete Input 152 (Error) will be set
in addition to one of the Discrete
Inputs that corresponds to one of
the Warning and Error Diagnostic
Codes shown in Appendices I
through L. In order to return the
functionality of the ARM, coil
152 (Warning / Error Override)
must be set. This is used as an
acknowledgement that the user has
seen the Diagnostic Code.
vii. If the Sentry Readiness State remains
in Error following subsequent
commands, it is likely that manual
intervention will be required, see the
applicable circuit breaker instruction
bulletin for further details on racking
the breaker out manually.
b.Racking-Out
i. With the breaker in the Racked-In
and Open state, Discrete Inputs 160
(Breaker Contacts Open) and 161
(Breaker Racked In) will be set.
ii. Setting Coil 148 (ARM-Rack-Out
Command) will cause the breaker to
attempt an automatic Rack-Out.
iii. Typically, the breaker will complete
the Rack-Out process successfully
and display the result.
18
01.4IB.48030B
iv. Should the Sentry be unable to
Rack-Out the breaker successfully,
it will automatically attempt to stop
the breaker motion. This is different
to the Rack-In process which
attempts an ARO. At this point,
Discrete Input 151 (Warning) will be
set, along with one of the Diagnostic
Codes to indicate what has occurred
to stop the breaker from racking out.
v. With the breaker motion stopped, a
final attempt for racking out via the
Sentry is permitted by setting Coil
148 (ARM-Rack-Out-Breaker-Cmd).
vi. If the ARO was unsuccessful,
meaning the Sentry was unable
to fully Rack-Out the breaker, an
error message similar to that shown
in Figure 13 will be presented
indicating the Sentry Readiness
State is either in Warning or Error.
vii. In either case, the Warning/Error
message must be cleared by
pressing and holding the
Menu/Select Button. This allows the
Sentry Readiness State to be reset
as the user has acknowledged the
Warning/Error message.
viii.If the Sentry Readiness State remains
in Error following subsequent
commands, it is likely that manual
intervention will be required, see the
applicable circuit breaker instruction
bulletin for further details on racking
the breaker out manually.
c.Tripping
Setting Coil 146 (ARM-Open Breaker
Cmd) will cause the breaker to trip.
Under some control schemes there
may be other equipment, such as
a protective relay, used to provide
permissive signals prior to tripping.
Powered by Safety®
Operation
01.4IB.48030B
2) Indicator LEDs
d.Closing
Setting Coil 145 (ARM-Close Breaker
Command) will cause the breaker to
close whenever illuminated. Under
some control schemes there may be
other equipment, such as a protective
relay, used to provide permissive
signals prior to closing.
There is a small Indicator LED allocated for
each BriteSpot™ channel which allows the
user to visually determine if the channel is
working correctly. Once power is applied
to the Sentry, it may take up to a minute
for the temperature readings to stabilize.
During this period, the Indicator LED may
alternate between green and red colors
until it settles.
D.Operation of B6 6-Channel BriteSpot™ Thermal
Sensing Card
1)Overview
The B6 6-Channel card is comprised of
several sets of repeating components as
shown in Figure 17.
Although not obvious externally, there
are 2 internal BriteSpot modules which
are used for providing the 6 channels
of temperature measurement. The first
module encapsulates channels 1-3
(Figure 17, b) while the second module
provides channels 4-6 (Figure 17, c). This
duplicate structure is more obvious when
looking at the register listing as many of the
registers are exact copies of each other but
are specific for the associated module.
Figure 17
B6 6-Channel Card
a
c
b
d
a.BriteSpot™ Module 2
b. Internal Module Encapsulating Channels 1-3
c. Internal Module Encapsulating Channels 4-6
d.BriteSpot™ Module 1
Operation
At all times when the channel is in fault
(i.e. the Indicator LED is red), the data
output will display “-999” when reading the
temperature registers associated with the
channel in question. This is true for both
the Celsius and Fahrenheit registers (one of
each per channel).
Table I LEDs
Indicator Color
Green
Red
Meaning
Channel working correctly
Channel fault, data compromised
Under typical situations, if a problem
should occur, it will likely be due to a poor
optical connection between the BriteSpot
Fiber-Optic Probe and the B6 6-Channel
BriteSpot™ Card. If any of the Indicator
LEDs are red, attempt the following
procedure:
a. Loosen the Fiber Retention Nut (counter
clockwise), remove the fiber and
visually inspect the end of the fiber
for contamination. If contamination is
present, proceed to step b. Re-install
the fiber into the optical connector
and tighten the Fiber Retention Nut
until snug. Wait 1-minute and re-check
Indicator LED color for channel status.
Powered by Safety®
19
Sentry Control Unit
b. If the problem is not corrected, once
again remove the fiber probe from
the connector. This time, trim a small
portion (less than 1”) from the end of
the probe with the proper
guillotine-type cutter, as shown in the
latest version of 01.4IB.48020 BriteSpot™
instruction bulletin. Re-install, wait
1-minute for the readings to stabilize
and re-check Indicator LED color for
channel status.
c. If the problem is still not corrected, it
is likely caused by a faulty probe. At
this point it is highly advised to read
the Status Register for the associated
B6 BriteSpot Card. A description of the
Status Register is shown in
Table J Status Registers. Alternately,
a BriteSpot Fiber-Optic Probe that is
known to be working correctly can be
inserted into the channel in question to
verify its performance.
3) MODBUS Registers
The B6 6-Channel BriteSpot Thermal
Sensing Card has a host of associated
registers which are used for diagnostic
and monitoring purposes. The following
section covers the basic meaning of the
registers. Their exact location and name
will be different based on what version of
Sentry has been ordered and which card
slots are occupied. Appendices I through L
provides detailed register listings.
01.4IB.48030B
The Status Registers are best read in a
bit-wise format, as each bit corresponds
to specific error for a particular channel.
The following table outlines what each
bit means when it is SET. Ideally, the
Status Register will read all zeros in the
case of no errors. It is possible to have
more than one simultaneous error.
Table J Status Registers
Bit
Number
CH 1-3
Status Register
CH 4-6
Status Register
0
Ch1: Fiber Power Too Low Ch4: Fiber Power Too Low
1
Ch1: Channel Not Stable
2
Ch1: Out of Measurement Ch4: Out of Measurement
Range
Range
3
Ch1: No Fiber Present
4
Ch2: Fiber Power Too Low Ch5: Fiber Power Too Low
5
Ch2: Channel Not Stable
6
Ch2: Out of Measurement Ch5: Out of Measurement
Range
Range
7
Ch2: No Fiber Present
9
Ch3: Fiber Power Too Low Ch6: Fiber Power Too Low
10
Ch3: Channel Not Stable
11
Ch3: Out of Measurement Ch6: Out of Measurement
Range
Range
12
Ch3: No Fiber Present
Ch4: Channel Not Stable
Ch4: No Fiber Present
Ch5: Channel Not Stable
Ch5: No Fiber Present
Ch6: Channel Not Stable
Ch6: No Fiber Present
For example, if reading Ch1-3
(BriteSpot™ 1) Status Register were to
provide the following code:
0000 0100 0000 0001
It would be interpreted as:
a. Status Codes
The Status Registers provide advanced
diagnostic information for each of the
BriteSpot Channels. Each BriteSpot
B6 Card provides a combined Status
Register for channels 1-3 (BriteSpot 1)
and a second combined Status Register
for channels 4-6 (BriteSpot 2). Both
registers are identical in the data
displayed.
20
•
•
Ch1 Fiber Power Too Low
Ch3 Out of Measurement Range
Recall that bitwise data are typically
presented in a right to left format. In
the example above bit 0 is 1, and bit 15
is 0.
Powered by Safety®
Operation
01.4IB.48030B
b. Temperature Measurement Registers
Each channel (1-6) has two
associated Temperature registers,
CHX Temperature Celsius and CHX
Temperature Fahrenheit – where X is
the channel number from 1 to 6. These
provide the temperature, rounded to
the nearest whole degree in Celsius and
Fahrenheit respectively. These channels
provide the temperature data when
using the BriteSpot technology. These
registers are updated approximately
every 4 seconds with fresh data / values.
Reading them more frequently than this
will result in duplicated readings.
Once the temperature of a channel
exceeds either the Warning or Alarm Set
point temperature, the Discrete Input
Alarm / Warning for that Channel will be
set.
d. Viewing Real-Time Data from Sentry
Remote Controller
The Sentry Remote Controller can be
used to view the current temperatures
from the BriteSpot™ Polymer Optic
Fiber Probes. Connect the remote as
shown in Ch 3 Equipment Description,
A. General, 6) Sentry Remote Controller
and Sentry Remote Control Port.
Scroll through the available menus
by pressing the Menu button. If
multiple B6 6-Channel BriteSpot
Cards are present, they will be shown
sequentially. Each card will display the
data similar to that shown in Figure 18.
c. Over Temperature Notification Registers
In some situations the user may desire
to set simple alarms that provide
notification via Discrete Output
Registers when certain temperature
thresholds have been exceeded. Two
levels of notifications have been
incorporated into the design:
Warnings: Early Notifications that
occur as a first stage alert
Alarms: Notifications of more
advanced problem.
Table K Over Temperature Registers
Notification
Default Value (°C)
Default Value (°F)
Warning
90
194
Alarm
105
221
Figure 18
Real-Time Data
BRITESPOT 1
T1: 53 C
T4: 61 C
T2: 58 C
T5: 62 C
T3: 50 C
T6: 59 C
BRITESPOT 1
BRITESPOT 2
BRITESPOT 3
BRITESPOT 4
To change the units in which the
temperatures are displayed on the
remote (F or C), press and hold the
Menu button until the units are toggled.
The default values for these
notifications are set at the factory but
can be changed by overwriting either
of the Fahrenheit or Celsius Set Point
Holdings. There are Alarm and Warning
Set Point Registers for Channels 1-3
and another set for Channels 4-6 in the
case it is desirable to have different set
points for each grouping.
Operation
Powered by Safety®
21
Sentry Control Unit
01.4IB.48030B
E.Fan Control Card
The fan control card is used for control of
switchgear cooling fans based on temperatures
monitored by BriteSpot fiber optic temperature
sensors.
•
•
•
•
•
•
•
22
Primary Cooling Fan is set to turn ON when
the temperature rises above 95°C and turn
OFF when the temperature falls below 85°C.
Backup Cooling Fan Is engaged and turned
ON when temperature rises above 100°C
and turned OFF when the temperature falls
below 85°C.
Primary cooling system is disengaged when
backup cooling system is running. User is
alerted if the primary cooling circuit fails.
Fan check sequence is initiated by closing
momentary push button wired to DI1
Cooling failure – over temperature - alarm
is activated if the temperature rises above
105°C.
Fan control card senses motor current, if
current is not present on motor ON fan is
considered faulty
User gets notified of fan failure.
Powered by Safety®
Operation
01.4IB.48030B
Appendix ASEN6 6-Card Chassis Mounting Dimensions
5.46 (138.6)
4.12 (104.7)
3.00 (76.2)
5.30 (134.5)
5.00 (126.9)
.41 (10.5)
8.00
(203.2)
7.25
(184.2)
6.50
(165.0)
NOTES:
1. All dimensions in inches (mm)
2. Mounting hardware provided is ¼” - 20, 0.75” long
3. Recommended hole diameter for through-holes is 0.281”
Appendix A
Powered by Safety®
23
Sentry Control Unit
01.4IB.48030B
Appendix BState Diagram - Automatic Racking Mechanism
ARM STATE DIAGRAM
CONTACTS
CLOSED
RACKING
IN
TRIP CMD
CLOSE CMD
PROBLEM
ENCOUNTERED DURING
RACKING
CONTACTS
OPEN
RACKING
IN
RACK OUT CMD
RACK IN CMD
OCCURED
DURING RACK-IN
OR RACK-OUT
PROBLEM OCCURED DURING RACK-IN
- Attempt Automatic Rack-Out
PROBLEM OCCURED DURING RACK-OUT
- Stop Breaker Movement
- Wait for user to issue Rack-out Command
CONTACTS
OPEN
RACKING
OUT
CLOSE CMD
CONTACTS
CLOSED
RACK-OUT
SUCCESSFUL?
ERROR STATE**
NO
TRIP CMD
YES
MANUAL RACK-OUT
& RESET ERRORS
RACKING
OUT
Error State**
- Only method to exit error state is to Rack-Out manually and correct problem
24
Powered by Safety®
Appendix B
01.4IB.48030B
Appendix CCard Specification - P1 Sentry Universal Power Supply Card
APPEARANCE
Chassis Ground / Earth
WIRING SCHEMATIC
Power Out Connector
POWER IN
N/-
L/+
1
2
POWER OUT
-
+
EXT INT
GND
3
4
+24 VDC out
0 VDC out
Chassis Ground / Earth
N/-
LED Indicators
Power In Connector
AC or DC Power Supply
ELECTRICAL SPECIFICATIONS
Specification
INPUT POWER
AC Input Voltage
DC Input Voltage
VA Rating
Internal Fuse
Min
110
110
OUTPUT POWER
Voltage
Current
Typ
50
1.5
WIRING RECOMMENDATIONS
Max
Units
Notes
240
250
VAC
VDC
VA
A
±10%, 50-60 Hz
±10%
20 Watts
@250 Volts
V
mA
Internal Resettable Fuse
Internal Resettable Fuse
24
200
L/+
Terminal
Number
1
2
3
4
GND
Wire
Gauge
14
14
18
18
14
Wire Type
Notes
SIS(VW-1)
SIS(VW-1)
SIS(VW-1)
SIS(VW-1)
SIS(VW-1)
LED INTERFACE
LED DESIGNATOR
EXT
INT
Appendix C
COLOR
GREEN
GREEN
Notes
24VDC Present on “Power Out” Port
5 VDC Present for internal power
Powered by Safety®
25
Sentry Control Unit
01.4IB.48030B
Appendix DCard Specification - C1 Sentry Communication Card
APPEARANCE
WIRING DIAGRAM
USB Configuration Port
EIA-485 MODBUS Ports
Configuration Port Cover
MASTER
SLAVE
Tx+ Rx- Shd
Tx+ Rx- Shd
Tx+
Rx-
Indicator LEDs
RxTx+
Shd
To Master SCADA
ELECTRICAL SPECIFICATIONS
Specification
MASTER IEA-485
Default
Options
Baud
19200
Parity
Stop Bits
Data Bits
None
1
8
9600
19200
38400
None
1
8
SLAVE IEA-485
Serial Settings
19200,8,N,1
N/A
To Sentry Remote
WIRING RECOMMENDATIONS
Notes
Used for communication to
Sentry Remote Control
Terminal
Number
1
2
3
4
5
6
Wire
Gauge
22
22
22
22
22
22
Wire Type
Twisted Shielded
Twisted Shielded
Twisted Shielded
Twisted Shielded
Twisted Shielded
Twisted Shielded
!
CONFIGURATION PORT
USB Mini-B
MA SL STAT
Used for configuration
Notes
Typical RS-485 2-wire
Belden 3105A Cable or similar
Typical RS-485 2-wire
Belden 3105A Cable or similar
WARNING
Connect (B6) slave Shd to chassis ground.
Connect Master port Shd (B3) to ground master side
LED INTERFACE
LED DESIGNATOR
MA (Master)
SL (SLAVE)
STAT (STATUS)
26
COLOR
Off
Green
Yellow
Red
Off
Green
Orange
Green
Yellow
Red
Notes
No Communication on MASTER EIA-485 Port
Sentry Responds to Query OK
Traffic present on Master EIA-485 port
Sentry responds not OK
No remote or slave devices present
Communication with slave
No Communication
All Sentry cards communicating properly
Com card performing self-discovery
One or more Sentry Cards not detected
Powered by Safety®
Appendix D
01.4IB.48030B
Appendix E Card Specification - A1 Sentry Automatic Racking Mechanism Card
APPEARANCE
WIRING SCHEMATIC
LEDs
PROXIMITY SENSORS
Blue
Brown
Rack In Sensor
Blue
Brown
Rack Out Sensor
Blue
Brown
Shutter Sensor
SECONDARY
DISCONNECT
Input Power & Output Port
Digital Input Ports
IN OUT LO BC BO SC RO
52/b (NC)
1
52/a (NO)
9 10 11 12 13 14 15 16
ELECTRICAL SPECIFICATIONS
Min
Typ
Max
Units
70
0
180
4
VDC
A
0
0
180
3.5
VDC
A
10
A
C/T
(CLOSE / TRIP)
MS
(MOTOR STATUS)
STAT
Appendix E
COLOR
OFF
GREEN
OFF
GREEN
OFF
GREEN
OFF
GREEN
OFF
GREEN
OFF
GREEN
OFF
GREEN
RED
Off
GREEN
RED
GREEN
YELLOW
RED
4
5
7
RI C/T MS STAT
8
17 18 19 20 21 22 23 24
125 VDC
Permissive Contacts
-
+
MOTOR
-
400VAC/150VDC
2000VA/192W
1000VAC(50/60Hz)
Close Coil/Control Power*
Close Coil/Control Power*
All digital input pins 1-16
VDC
mA
6
Notes
8A,250VAC/24VDC
Digital Inputs (8x)
Switching characteristics in accordance with IEC61131-2
Type 1 – Push buttons etc.
Type 3 – Proximity sensors
24
5
LED DESIGNATOR
LO
(Permissive Contacts)
BC
(Breaker Close)
BO
(Breaker Open)
SC
(Shutter Sensor)
RO
(Rack-Out Sensor)
RI
(Rack-IN Sensor)
3
+
Specification
Racking Motor Voltage Source
Voltage
Current
Racking Motor Output
Voltage
Current
Trip & Close Coils
(Relay Outputs)
Contact Rating
Max Carrying Current
Max Switching Voltage
Max Switching Power
Dielectric Strength
2
Trip Coil/Control Power**
Trip Coil/Control Power**
Debounce 3ms delay
* Terminals 21and 22 interchangeable
**Terminals 23 and 24 interchangeable
LED INTERFACE
Notes
Door Closed
(State indicator for Door Lock-Out))
Door Open
(State indicator for Door Lock-Out))
Breaker Opened
(State indicator for 52/a)
Breaker Closed
(State indicator for 52/a)
Breaker Closed
(State indicator for 52/b)
Breaker Opened
(State indicator for 52/b)
Shutter Open
(State indicator for Shutter Sensor)
Shutter Closed
(State indicator for Shutter Sensor)
Rack-Out Sensor Off
(State indicator for Rack-Out Sensor)
Rack-Out Sensor Triggered (State indicator for Rack-Out Sensor)
Rack-In Sensor Off
(State indicator for Rack-In Sensor)
Rack-In Sensor Triggered (State indicator for Rack-In Sensor)
No Relay outputs are closed
Relay output for Close coil is closed (Pins 21 and 22 shorted)
Relay output for Trip Coil is closed
(Pins 23 and 24 shorted)
Motor idle
Motor is racking in
Motor is racking out
Good State: Controller ready to accept any command
Warning State: One automatic Rack-out Permitted, no other commands permitted
Error State: Manual Rack-out Required, no other commands permitted
WIRING RECOMMENDATIONS
Terminal
Number(s)
1,2
3-8
9,10
11-12
17-20
21-24
Wire Gauge
14
14
14
14
14
14
Wire Type
Notes
SIS(VW-1)
Ferrules Recommended
Direct from sensors / Ferrules Recommended
SIS(VW-1)
Ferrules Recommended
SIS(VW-1)
Ferrules Recommended
SIS(VW-1)
Ferrules Recommended
SIS(VW-1)
Ferrules Recommended
OTHER / NOTES
1
2
3
4
Pins 2,4,6,8,10,12,14,16 Galvanically connected and powered by internal isolated 24VDC
Use of Sensors with IEC61131-2 Type-1 or Type-3 Characteristics is recommended
Trip and Close Relays (pins 21,22 and 23,24) are configured as SPST-ND
Sentry Remote Controller to be connected via Sentry Remote Port
Powered by Safety®
27
Sentry Control Unit
01.4IB.48030B
Appendix F Card Specification - B6 6-Channel BriteSpot™ Thermal Sensing Card
APPEARANCE
WIRING SCHEMATIC
Indicator LEDs
1
2
3
4
5
6
Fiber Probe 1
Fiber Probe 2
Fiber Probe 3
BriteSpot1
(channel 1-3)
Fiber Probe 6
Fiber Probe 5
Fiber Probe 4
BriteSpot2
(channel 4-6)
ELECTRICAL SPECIFICATIONS
WIRING RECOMMENDATIONS
Connection
Number
1-6
No relevant specifications
Lengths
7m, 10m, 15m
Powell Part Numbers
BSL007, BSL010, BSL015
LED INTERFACE
LED DESIGNATOR
1-6
28
COLOR
GREEN
RED
Notes
Channel working correctly
Channel not working correctly, Data compromised
Powered by Safety®
Appendix F
01.4IB.48030B
Appendix GSpecification - Fan Control Card
APPEARANCE
WIRING SCHEMATIC
ELECTRICAL SPECIFICATIONS
WIRING RECOMMENDATIONS
Electrical Specifications / Connections
Digital Output
FAN 1
FAN 2
Port
Dry Contact
DO1
Dry Contact
1 Dry
Contact
SIGNAL RELAY
Digital Input
Type
2 Dry
Contact
Term
Spec
D1
12A/250VAC
Primary Cooling Fan Contact
D2
12A/250VAC
Current Sensing
D3
12A/250VAC
Backup Cooling Fan Contact
D4
12A/250VAC
Current Sensing
D5
12A/250VAC
No Current Sensing
D6
12A/250VAC
No Current Sensing
D7
12A/250VAC
No Current Sensing
D8
12A/250VAC
No Current Sensing
D9
12A/250VAC
No Current Sensing
D10
12A/250VAC
No Current Sensing
Term
Spec
Wire
Type
Notes
D1 - D14
14
SIS (VW-1)
Ferrules Recommended
DO3
DO4
3 Dry
Contact
DO5
Type
Port
Dry Contact
Wire
Gauge
DO2
D11
FAN CHECK
Terminal Number(s)
Function
Function
Triggers Fan Check Sequence
DI!
D12
Triggers Fan Check Sequence
N/A
D13
FLOW SENSOR IN
Dry Contact
DI2
Not Implemented
D14
LEDs Interface
LED Designator
LEDs Interface
FAN
Color
Notes
Green
Both Fans Status OK
Orange
One Fan Status OK, One Fan Status Faulty
Red
Orange Blinking
Both Fans Status Faulty
Fan Check In Progress (30s)
Off
Status Unknown
Green
Board Status OK
STAT
Red
Board Failure
Green
DI 1 Contact Closed
Off
DI 1 Contact Open
Green
DI 2 Contact Closed
Off
DI 2 Contact Open
DI 1
DI 2
Appendix H
Powered by Safety®
29
Sentry Control Unit
01.4IB.48030B
Appendix HOperation Logic Diagram D5 Fan Control Card
PRIMARY COOLING SYSTEM OK, NO FAN FAILURE ALARM
T>95˚C
COLD
PRIMARY COOLING SYSTEM
Primary Fan RLY OFF
Backup Fan RLY OFF
Primary Fan ERR=0
Secondary Fan ERR=0
Overtemp=0
COOLING
T<85˚C
PRIMARY COOLING SYSTEM
Primary Fan RLY ON
Backup Fan RLY OFF
Primary Fan ERR=0
Secondary Fan ERR=0
Overtemp=0
BACKUP COOLING SYSTEM ENGAGED, PRIMARY FAN FAILURE ALARM
T>95˚C
COLD
COOLING
BACKUP COOLING SYSTEM
Primary Fan RLY OFF
Backup Fan RLY OFF
Primary Fan ERR=1
Secondary Fan ERR=0
Overtemp=0
T>100˚C
T<85˚C
BACKUP COOLING SYSTEM
Primary Fan RLY OFF
Backup Fan RLY ON
Primary Fan ERR=1
Secondary Fan ERR=0
Overtemp=0
T>105˚C
BACKUP COOLING SYSTEM ENGAGED, PRIMARY FAN FAILURE ALARM, SECONDARY FAN FAILURE ALARM, OVER TEMPERATURE ALARM
T<85˚C
30
Powered by Safety®
COOLING FAILURE
OVERTEMPERATURE
Primary Fan OFF
Backup Fan ON
Primary Fan ERR=1
Backup Fan ERR=1
Overtemp=1
Appendix H
01.4IB.48030B
Appendix I MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X
MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X
Com Card Parameters
C1 Communications Card
Date and Time
MODBUS Parameters
Card Category
Appendix I
Slot B
Slot C
Register
Name
Read/
Write
Register
Type
Description
Default
Range,
Format
UOM
Register
#
Offset
MODBUS
Slave ID
W
Holding
MODBUS Slave ID
1
1-31
N/A
40008
7
MODBUS
Slave ID
R
Input
MODBUS Slave ID
1
1-31
N/A
30007
6
MODBUS
Baud Rate
W
Holding
MODBUS Baud Rate
19200
9.6K /
19.2K
/ 38.4K
Baud
40021
20
MODBUS
Baud Rate
R
Input
MODBUS Baud Rate
19200
9.6K /
19.2K
/ 38.4K
Baud
30038
37
TIME Seconds
W
Holding
Seconds
N/A
0-59
Sec.
40009
8
TIME Seconds
R
Input
Seconds
N/A
0-59
Sec.
30028
27
Time Minute
W
Holding
Minute
N/A
0-59
Minute 40010
9
Time Minute
R
Input
Minute
N/A
0-59
Minute 30029
28
Time - Hour
W
Holding
Hour
N/A
0-23 (24
Hour
Format)
Hour
40011
10
Time - Hour
R
Input
Hour
N/A
0-23 (24
Hour
Format)
Hour
30030
29
Date - Day
W
Holding
Day
N/A
0-31
Day
40012
11
Date - Day
R
Input
Day
N/A
0-31
Day
30031
30
Date- Month
W
Holding
Month
N/A
0-12
Month
40013
12
Date- Month
R
Input
Month
N/A
0-12
Month
30032
31
Year
40014
13
Date - Year
W
Holding
Year
N/A
0-99
(20002099)
Date - Year
R
Input
Year
N/A
0-99
(20002099)
Year
30033
32
COM - PCB
Serial No.
MSB
R
Input
MSB of Serial Number for
Com PCB
N/A
0-65535
N/A
30005
4
COM - PCB
Serial No.
LSB
R
Input
LSB of Serial Number for
Com PCB
N/A
0-65535
N/A
30006
5
COM - FW
Revision
R
Input
FW Revision for Com PCB
N/A
0-65535
N/A
30009
8
COM - PCB
Temperature
R
Input
Temperature of COM PCB
N/A
0-105
N/A
30015
14
COM-Remote
Present
R
Input
0 - Remote Not Present, 1 Remote Present
0
0,1
N/A
30040
39
Powered by Safety®
Register
#
Offset
Slot D
Register
#
Offset
Slot E
Register
#
Offset
Slot F
Register
#
Offset
31
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X (cont.)
Sentry Readiness State
Sentry Rack Position
Sentry Contact
Position
A1 ARM Card (cont.)
ARM Sensor Inputs
ARM Commands
A1 ARM Card
ARM Card Parameters
Card Category
32
Slot B
Register
Name
Read/
Write
Register
Type
Description
Default
Range,
Format
UOM
ARM - PCB
Serial No.
MSB
R
Input
MSB of Serial Number for
ARM PCB
N/A
0-65535
ARM - PCB
Serial No.
LSB
R
Input
LSB of Serial Number for
ARM PCB
N/A
ARM - FW
Revision
R
Input
FW Revision for ARM PCB
ARM - PCB
Temperature
R
Input
ARM - CLOSE
BREAKER
CMD
W
Coil
Register
ARM - OPEN
BREAKER
CMD
Slot D
Register
#
Offset
N/A
30133
132
0-65535
N/A
30134
133
N/A
0-65535
N/A
30137
136
Temperature of ARM PCB
N/A
0-105
N/A
30142
141
Close Breaker Command
for ARM Controller
0
0,1
N/A
00147
146
W
Coil
Open Breaker Command
Register
for ARM Controller
0
0,1
N/A
00148
147
ARM - RACKIN CMD
W
Coil
Rack-In Breaker Command
Register
for ARM Controller
0
0,1
N/A
00149
148
ARM - RACKOUT CMD
W
Coil
Register
0
0,1
N/A
00150
149
Permissive
Contacts
R
Discreet If 1, Sentry Operation is
Input disabled (Safety Lockout)
N/A
0,1
N/A
10130
129
52A
R
Discreet
Input
If 1, Breaker contacts are
closed
N/A
0,1
N/A
10131
130
52B
R
Discreet
Input
If 1, Breaker contacts are
open
N/A
0,1
N/A
10132
131
Shutter
Sensor
R
Discreet
Input
If 1, Shutters are closed
N/A
0,1
N/A
10133
132
Rack-Out
Sensor
R
Discreet
If 1, Breaker is Racked Out
Input
N/A
0,1
N/A
10134
133
Rack-in
Sensor
R
Discreet
Input
If 1, Breaker is Racked In
N/A
0,1
N/A
10135
134
Warning
R
Discreet
Input
If 1, ARM encountered
problem, operator
permitted one Rack-Out
Command
0
0,1
N/A
10152
151
Error
R
If 1,Problem of serious
Discreet
nature, user intervention
Input
required
0
0,1
N/A
10153
152
Warning
/ Error
Override
R
Coil
Must be set (1) if an Error
occurs
0
0,1
N/A
00166
165
Locked-Out
R
D
If 1, Sentry Operation is
disabled (Safety Lockout)
0
0,1
N/A
10141
140
Closed
R
Discreet
Input
If 1, the breaker contacts
are closed
N/A
0,1
N/A
10160
159
Open
R
Discreet
Input
If 1, the breaker contacts
are open
N/A
0,1
N/A
10161
160
Racked-In
R
Discreet If 1, the breaker is racked-in
Input
to the cell
N/A
0,1
N/A
10162
161
Racked-Out
R
Discreet
Input
N/A
0,1
N/A
10163
162
Rack-Out Breaker
Command for ARM
Controller
If 1, the breaker is
racked-out from the cell.
In the test / disconnect
position
Register
#
Slot C
Offset
Powered by Safety®
Register
#
Offset
Slot E
Register
#
Slot F
Offset Register # Offset
Appendix I
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1A10X0X0X (cont.)
ARM Sentry Warning and Error Diagnostic Codes
A1 ARM Card (cont.)
Card Category
Appendix I
Slot B
Slot C
Slot D
Register
Name
Read/Write
Register
Type
Description
Default
Range,
Format
UOM
Final Rack-In
Timeout
R
Discreet
Input
If 1, Problem during
Rack-in near stabs
0
0,1
N/A
10136
135
Final RackOut Timeout
R
Discreet
Input
If 1, Problem during
Rack-out near door
0
0,1
N/A
10137
136
Emergency
Rack-In Stop
R
Discreet
Input
If 1, User has aborted
Rack-In
0
0,1
N/A
10138
137
Shutter Stuck
R
Discreet If 1, shutter has not closed
Input
during Rack-Out
0
0,1
N/A
10139
138
Rack-In
Timeout
R
Discreet
Input
0
0,1
N/A
10140
139
No
Movement
R
Discreet If 1, no motion of breaker
Input
detected during racking
0
0,1
N/A
10142
141
Rack-Out
Timeout
R
Discreet
Input
If 1, problem during
Rack-Out
0
0,1
N/A
10143
142
OverCurrent
R
Discreet
Input
If 1, motor has exceeded
allowable current
0
0,1
N/A
10144
143
Motor At
Rest
R
Discreet
Input
If 1, motor not moving
0
0,1
N/A
10145
144
Motor
Running
FWD
R
Discreet
If 1, racking motor
Input currently racking in breaker
0
0,1
N/A
10146
145
Motor
Running
Reverse
R
Discreet
Input
If 1, racking motor
currently racking out
breaker
0
0,1
N/A
10147
146
Unknown
Racking
Position
R
Discreet
Input
If 1, Breaker position
cannot be determined
0
0,1
N/A
10148
147
Under
Current
R
Discreet If 1, motor current is below
Input
expected range
0
0,1
N/A
10149
148
CR
R
Discreet
Input
If 1, close coil activated
0
0,1
N/A
10150
149
TR
R
Discreet
Input
If 1, trip coil activated
0
0,1
N/A
10151
150
If 1, problem during
Rack-In
Register # Offset Register #
Powered by Safety®
Offset
Register #
Offset
Slot E
Slot F
Register # Offset Register # Offset
33
Sentry Control Unit
01.4IB.48030B
Appendix J MODBUS Memory Map For Sentry SEN6P1C1A10XB6B6
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6
Date and Time
ARM Commands
A1 ARM Card
ARM Card Parameters
Com Card Parameters
C1 Communications Card
MODBUS Parameters
Card Category
34
Register Name
Read/ Register
Write
Type
Slot B
Description
Default
Range, Format
Slot C
MODBUS Slave ID
W
Holding
MODBUS Slave ID
1
1-31
N/A
40008
7
MODBUS Slave ID
R
Input
MODBUS Slave ID
1
1-31
N/A
30007
6
MODBUS Baud
Rate
W
Holding
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
40021
20
MODBUS Baud
Rate
R
Input
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
30038
37
TIME - Seconds
W
Holding
Seconds
N/A
0-59
Sec.
40009
8
TIME - Seconds
R
Input
Seconds
N/A
0-59
Sec.
30028
27
Time - Minute
W
Holding
Minute
N/A
0-59
Minute 40010
9
Time - Minute
R
Input
Minute
N/A
0-59
Minute 30029
28
Time - Hour
W
Holding
Hour
N/A
0-23 (24 Hour Format)
Hour
40011
10
Time - Hour
R
Input
Hour
N/A
0-23 (24 Hour Format)
Hour
30030
29
Date - Day
W
Holding
Day
N/A
0-31
Day
40012
11
Date - Day
R
Input
Day
N/A
0-31
Day
30031
30
Date- Month
W
Holding
Month
N/A
0-12
Month 40013
12
Date- Month
R
Input
Month
N/A
0-12
Month 30032
31
Date - Year
W
Holding
Year
N/A
0-99 (2000-2099)
Year
40014
13
Date - Year
R
Input
Year
N/A
0-99 (2000-2099)
Year
30033
32
COM - PCB Serial
No. MSB
R
Input
MSB of Serial Number for
Com PCB
N/A
0-65535
N/A
30005
4
COM - PCB Serial
No. LSB
R
Input
LSB of Serial Number for
Com PCB
N/A
0-65535
N/A
30006
5
COM - FW Revision
R
Input
FW Revision for Com PCB
N/A
0-65535
N/A
30009
8
COM - PCB
Temperature
R
Input
Temperature of COM PCB
N/A
0-105
N/A
30015
14
COM-Remote
Present
R
Input
0 - Remote Not Present,
1 - Remote Present
0
0,1
N/A
30040
39
ARM - PCB Serial
No. MSB
R
Input
MSB of Serial Number for
ARM PCB
N/A
0-65535
N/A
30133
132
ARM - PCB Serial
No. LSB
R
Input
LSB of Serial Number for
ARM PCB
N/A
0-65535
N/A
30134
133
ARM - FW Revision
R
Input
FW Revision for ARM PCB
N/A
0-65535
N/A
30137
136
ARM - PCB
Temperature
R
Input
Temperature of ARM PCB
N/A
0-105
N/A
30142
141
ARM - CLOSE
BREAKER CMD
W
Coil
Close Breaker Command
Register
for ARM Controller
0
0,1
N/A
00147
146
ARM - OPEN
BREAKER CMD
W
Coil
Open Breaker Command
Register
for ARM Controller
0
0,1
N/A
00148
147
ARM - RACK-IN
CMD
W
Coil Rack-In Breaker Command
Register
for ARM Controller
0
0,1
N/A
00149
148
ARM - RACK-OUT
CMD
W
Coil
Register
0
0,1
N/A
00150
149
Rack-Out Breaker
Command for ARM
Controller
Slot D
Slot E
UOM Register
Register
Register
Register
Offset
Offset
Offset
Offset
#
#
#
#
Powered by Safety®
Slot F
Register
#
Offset
Appendix J
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.)
Sentry Readiness State
Sentry Rack
Position
Sentry Contact
Position
A1 ARM Card (cont.)
ARM Sensor Inputs
Card Category
Appendix J
Register Name
Read/ Register
Write
Type
Slot B
Description
Default
Range, Format
Slot C
Permissive
Contacts
R
Discreet If 1, Sentry Operation is
Input disabled (Safety Lockout)
N/A
0,1
N/A
10130
129
52A
R
Discreet If 1, Breaker contacts are
Input
closed
N/A
0,1
N/A
10131
130
52B
R
Discreet
Input
If 1, Breaker contacts
are open
N/A
0,1
N/A
10132
131
Shutter Sensor
R
Discreet
Input
If 1, Shutters are closed
N/A
0,1
N/A
10133
132
Rack-Out Sensor
R
Discreet
If 1, Breaker is Racked Out
Input
N/A
0,1
N/A
10134
133
Rack-in Sensor
R
Discreet
If 1, Breaker is Racked In
Input
N/A
0,1
N/A
10135
134
Warning
R
If 1, ARM encountered
Discreet
problem, operator
Input permitted one Rack-Out
Command
0
0,1
N/A
10152
151
Error
R
If 1,Problem of serious
Discreet
nature, user intervention
Input
required
0
0,1
N/A
10153
152
Warning / Error
Override
R
Must be set (1) if an Error
occurs
0
0,1
N/A
00166
165
Locked-Out
R
Discreet If 1, Sentry Operation is
Input disabled (Safety Lockout)
0
0,1
N/A
10141
140
Closed
R
Discreet If 1, the breaker contacts
Input
are closed
N/A
0,1
N/A
10160
159
Open
R
Discreet If 1, the breaker contacts
Input
are open
N/A
0,1
N/A
10161
160
Racked-In
R
Discreet
Input
N/A
0,1
N/A
10162
161
Racked-Out
R
If 1, the breaker is rackedDiscreet
out from the cell. In the
Input
test / disconnect position
N/A
0,1
N/A
10163
162
Coil
If 1, the breaker is
racked-in to the cell
Slot D
Slot E
UOM Register
Register
Register
Register
Offset
Offset
Offset
Offset
#
#
#
#
Powered by Safety®
Slot F
Register
#
Offset
35
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.)
36
ARM Sentry Warning and Error Diagnostic Codes
A1 ARM Card (cont.)
Card Category
Register Name
Read/ Register
Write
Type
Slot B
Description
Default
Range, Format
Slot C
Final Rack-In
Timeout
R
Discreet
Input
If 1, Problem during
Rack-in near stabs
0
0,1
N/A
10136
135
Final Rack-Out
Timeout
R
Discreet
Input
If 1, Problem during
Rack-out near door
0
0,1
N/A
10137
136
Emergency
Rack-In Stop
R
Discreet
Input
If 1, User has aborted
Rack-In
0
0,1
N/A
10138
137
Shutter Stuck
R
Discreet If 1, shutter has not closed
Input
during Rack-Out
0
0,1
N/A
10139
138
Rack-In Timeout
R
Discreet
Input
0
0,1
N/A
10140
139
No Movement
R
Discreet If 1, no motion of breaker
Input detected during racking
0
0,1
N/A
10142
141
Rack-Out Timeout
R
Discreet
Input
0
0,1
N/A
10143
142
OverCurrent
R
Discreet If 1, motor has exceeded
Input
allowable current
0
0,1
N/A
10144
143
Motor At Rest
R
Discreet
Input
If 1, motor not moving
0
0,1
N/A
10145
144
Motor Running
FWD
R
Discreet
Input
If 1, racking motor
currently racking in
breaker
0
0,1
N/A
10146
145
Motor Running
Reverse
R
Discreet
Input
If 1, racking motor
currently racking out
breaker
0
0,1
N/A
10147
146
Unknown Racking
Position
R
Discreet
Input
If 1, Breaker position
cannot be determined
0
0,1
N/A
10148
147
Under Current
R
Discreet
Input
If 1, motor current is
below expected range
0
0,1
N/A
10149
148
CR
R
Discreet
Input
If 1, close coil activated
0
0,1
N/A
10150
149
TR
R
Discreet
Input
If 1, trip coil activated
0
0,1
N/A
10151
150
If 1, problem during
Rack-In
If 1, problem during
Rack-Out
Slot D
Slot E
Slot F
UOM Register
Register
Register
Register
Offset
Offset
Offset
Offset Register # Offset
#
#
#
#
Powered by Safety®
Appendix J
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.)
BriteSpot Channel
Notification Setpoints
BriteSpot Module 1 Temperature Readings
(Channels 1 -3)
B6 6-Channel BriteSpot Cards
BriteSpot Channel Notifications (Error / Warning)
Card Category
Appendix J
Register Name
Read/ Register
Write
Type
Slot B
Description
Default
Range, Format
Slot C
Slot D
Slot E
Slot F
UOM Register
Register
Register
Register
Offset
Offset
Offset
Offset Register # Offset
#
#
#
#
Alarm CH1
R
Discreet
Input
CH1 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10384
383
10512
511
Alarm CH2
R
Discreet
Input
CH2 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10385
384
10513
512
Alarm CH3
R
Discreet
Input
CH3 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10386
385
10514
513
Warning CH1
R
Discreet CH1 Warning Setpoint has
Input
been exceeded
0
0, 1
N/A
10387
386
10515
514
Warning CH2
R
Discreet CH2 Warning Setpoint has
Input
been exceeded
0
0, 1
N/A
10388
387
10516
515
Warning CH3
R
Discreet
Input
CH3 Warning Setpoint
has been exceeded
0
0, 1
N/A
10389
388
10517
516
Alarm CH4
R
Discreet
Input
CH4 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10390
389
10518
517
Alarm CH5
R
Discreet
Input
CH5 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10391
390
10519
518
Alarm CH6
R
Discreet
Input
CH6 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10392
391
10520
519
Warning CH4
R
Discreet CH4 Warning Setpoint has
Input
been exceeded
0
0, 1
N/A
10393
392
10521
520
Warning CH5
R
Discreet CH5 Warning Setpoint has
Input
been exceeded
0
0, 1
N/A
10394
393
10522
521
Warning CH6
R
Discreet CH6 Warning Setpoint has
Input
been exceeded
0
0, 1
N/A
10395
394
10523
522
CH1-3 Alarm
Setpoint C
W
Holding
CH1-3 Alarm
Setpoint C
105
0-130
Deg C
40400
399
40528
527
CH1-3 Warning
Setpoint C
W
Holding
CH1-3 Warning
Setpoint C
90
0-130
Deg C
40401
400
40529
528
CH1-3 Alarm
Setpoint F
W
Holding
CH1-3 Alarm
Setpoint F
221
32-266
Deg F
40402
401
40530
529
CH1-3 Warning
Setpoint F
W
Holding
CH1-3 Warning
Setpoint F
194
32-266
Deg F
40403
402
40531
530
CH4-6 Alarm
Setpoint C
W
Holding
CH4-6 Alarm
Setpoint C
105
0-130
Deg C
40412
411
40540
539
CH4-6 Warning
Setpoint C
W
Holding
CH4-6 Warning
Setpoint C
90
0-130
Deg C
40413
412
40541
540
CH4-6 Alarm
Setpoint F
W
Holding
CH4-6 Alarm
Setpoint F
221
32-266
Deg F
40414
413
40542
541
CH4-6 Warning
Setpoint F
W
Holding
CH4-6- Warning
Setpoint F
194
32-266
Deg F
40415
414
40543
542
CH1-3 Status
R
Input
CH1-3 - Status Register
N/A
12345
N/A
30400
399
30528
527
CH1
Temperature C
R
Input
CH1 Temperature C
N/A
12345
Deg C
30401
400
30529
528
CH2
Temperature C
R
Input
CH2 Temperature C
N/A
12345
Deg C
30402
401
30530
529
CH3
Temperature C
R
Input
CH3 Temperature C
N/A
12345
Deg C
30403
402
30531
530
CH1-3 - Status
(Duplicate)
R
Input
CH1-3 - Status Register
(Duplicate)
N/A
12345
N/A
30404
403
30532
531
CH1
Temperature F
R
Input
CH1 Temperature F
N/A
12345
Deg F
30405
404
30533
532
CH2
Temperature F
R
Input
CH2 Temperature F
N/A
12345
Deg F
30406
405
30534
533
CH3
Temperature F
R
Input
CH3 Temperature F
N/A
12345
Deg F
30407
406
30535
534
Powered by Safety®
37
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1A10XB6B6 (cont.)
BriteSpot Module 2 Temperature Readings (Channels 4-6)
BriteSpot Configuration
B6 6-Channel BriteSpot Cards (cont.)
Card Category
38
Register Name
Read/ Register
Write
Type
Slot B
Description
Default
Range, Format
Slot C
Slot D
Slot E
Slot F
UOM Register
Register
Register
Register
Offset
Offset
Offset
Offset Register # Offset
#
#
#
#
CH4-6 Status
R
Input
CH4-6 Status Register
N/A
12345
N/A
30445
444
30573
572
CH4
Temperature C
R
Input
CH4 Temperature C
N/A
12345
Deg C
30446
445
30574
573
CH5
Temperature C
R
Input
CH5 Temperature C
N/A
12345
Deg C
30447
446
30575
574
CH6
Temperature C
R
Input
CH6 Temperature C
N/A
12345
Deg C
30448
447
30576
575
CH4-6 Status
(Duplicate)
R
Input
CH4-6 - Status Register
(Duplicate)
N/A
12345
N/A
30449
448
30577
576
CH4
Temperature F
R
Input
CH4 Temperature F
N/A
12345
Deg F
30450
449
30578
577
CH5
Temperature F
R
Input
CH5 Temperature F
N/A
12345
Deg F
30451
450
30579
578
CH6
Temperature F
R
Input
CH6 Temperature F
N/A
12345
Deg F
30452
451
30580
579
BS1 (CH1-3) FW Version
R
Input
BS1 (CH1-3) FW Version
N/A
12345
N/A
30438
437
30566
565
BS1 (CH1-3) Serial MSB
R
Input
BS1 (CH1-3) Serial MSB
N/A
12345
N/A
30439
439
30567
567
BS1 (CH1-3) Serial LSB
R
Input
BS1 (CH1-3) Serial LSB
N/A
12345
N/A
30441
440
30569
568
BS2 (CH4-6) FW Version
R
Input
BS2 (CH4-6) FW Version
N/A
12345
N/A
30483
482
30611
610
BS2 (CH4-6) Serial MSB
R
Input
BS2 (CH4-6) Serial MSB
N/A
12345
N/A
30485
484
30613
612
BS2 (CH4-6) Serial LSB
R
Input
BS2 (CH4-6) Serial LSB
N/A
12345
N/A
30486
485
30614
613
Powered by Safety®
Appendix J
01.4IB.48030B
Appendix KMODBUS Memory Map for Sentry SEN6P1C10X0XB6B6
MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6
Date and Time
Com Card Parameters
C1 Communications Card
MODBUS
Parameters
Card Category
Appendix K
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
MODBUS Slave ID
W
Holding
MODBUS Slave ID
1
1-31
N/A
40008
MODBUS Slave ID
R
Input
MODBUS Slave ID
1
1-31
N/A
30007
7
6
MODBUS Baud Rate
W
Holding
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
40021
20
MODBUS Baud Rate
R
Input
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
30038
37
TIME - Seconds
W
Holding
Seconds
N/A
0-59
Sec.
40009
8
TIME - Seconds
R
Input
Seconds
N/A
0-59
Sec.
30028
27
Time - Minute
W
Holding
Minute
N/A
0-59
Minute
40010
9
Time - Minute
R
Input
Minute
N/A
0-59
Minute
30029
28
Time - Hour
W
Holding
Hour
N/A
0-23 (24 Hour Format) Hour
40011
10
0-23 (24 Hour Format) Hour
Time - Hour
R
Input
Hour
N/A
30030
29
Date - Day
W
Holding
Day
N/A
0-31
Day
40012
11
Date - Day
R
Input
Day
N/A
0-31
Day
30031
30
Date- Month
W
Holding
Month
N/A
0-12
Month
40013
12
Date- Month
R
Input
Month
N/A
0-12
Month
30032
31
Date - Year
W
Holding
Year
N/A
0-99 (2000-2099)
Year
40014
13
Date - Year
R
Input
Year
N/A
0-99 (2000-2099)
Year
30033
32
COM - PCB Serial
No. MSB
R
Input
MSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30005
4
COM - PCB Serial
No. LSB
R
Input
LSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30006
5
COM - FW Revision
R
Input
FW Revision for Com
PCB
N/A
0-65535
N/A
30009
8
COM - PCB
Temperature
R
Input
Temperature of COM
PCB
N/A
0-105
N/A
30015
14
COM-Remote
Present
R
Input
0 - Remote Not Present,
1 - Remote Present
0
0, 1
N/A
30040
39
Powered by Safety®
39
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6 (cont.)
BriteSpot Channel Notifications (Error / Warning)
BriteSpot Channel
Notification Setpoints
B6 6-Channel BriteSpot Cards
Card Category
40
Register Name
Read/ Register
Write
Type
Slot B
Slot C
Slot D
Slot E
Slot F
Description
Default
Range, Format
UOM
CH1 Alarm SetPoint
has been exceeded
0
0,1
N/A
10384
383
10512
511
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
Alarm CH1
R
Discreet
Input
Alarm CH2
R
Discreet
Input
CH2 Alarm SetPoint
has been exceeded
0
0,1
N/A
10385
384
10513
512
Alarm CH3
R
Discreet
Input
CH3 Alarm SetPoint
has been exceeded
0
0,1
N/A
10386
385
10514
513
Warning CH1
R
Discreet CH1 Warning SetPoint
Input
has been exceeded
0
0,1
N/A
10387
386
10515
514
Warning CH2
R
Discreet CH2 Warning SetPoint
Input
has been exceeded
0
0,1
N/A
10388
387
10516
515
Warning CH3
R
Discreet CH3 Warning SetPoint
Input
has been exceeded
0
0,1
N/A
10389
388
10517
516
Alarm CH4
R
Discreet
Input
CH4 Alarm SetPoint
has been exceeded
0
0,1
N/A
10390
389
10518
517
Alarm CH5
R
Discreet
Input
CH5 Alarm SetPoint
has been exceeded
0
0,1
N/A
10391
390
10519
518
Alarm CH6
R
Discreet
Input
CH6 Alarm SetPoint
has been exceeded
0
0,1
N/A
10392
391
10520
519
Warning CH4
R
Discreet CH4 Warning SetPoint
Input
has been exceeded
0
0,1
N/A
10393
392
10521
520
Warning CH5
R
Discreet CH5 Warning SetPoint
Input
has been exceeded
0
0,1
N/A
10394
393
10522
521
Warning CH6
R
Discreet CH6 Warning SetPoint
Input
has been exceeded
0
0,1
N/A
10395
394
10523
522
CH1-3 Alarm
Setpoint C
W
Holding
CH1-3 Alarm
Setpoint C
105
0-130
Deg C
40400
399
40528
527
CH1-3 Warning
Setpoint C
W
Holding
CH1-3 Warning
Setpoint C
90
0-130
Deg C
40401
400
40529
528
CH1-3 Alarm
Setpoint F
W
Holding
CH1-3 Alarm
Setpoint F
221
32-266
Deg F
40402
401
40530
529
CH1-3 Warning
Setpoint F
W
Holding
CH1-3 Warning
Setpoint F
194
32-266
Deg F
40403
402
40531
530
CH4-6 Alarm
Setpoint C
W
Holding
CH4-6 Alarm
Setpoint C
105
0-130
Deg C
40412
411
40540
539
CH4-6 Warning
Setpoint C
W
Holding
CH4-6 Warning
Setpoint C
90
0-130
Deg C
40413
412
40541
540
CH4-6 Alarm
Setpoint F
W
Holding
CH4-6 Alarm
Setpoint F
221
32-266
Deg F
40414
413
40542
541
CH4-6 Warning
Setpoint F
W
Holding
CH4-6- Warning
Setpoint F
194
32-266
Deg F
40415
414
40543
542
Powered by Safety®
Appendix K
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10X0XB6B6 (cont.)
BriteSpot Module 2 Temperature
Readings (Channels 4-6)
BriteSpot Configuration
B6 6-Channel BriteSpot Cards (cont.)
BriteSpot Module 1 Temperature
Readings (Channels 1 -3)
Card Category
Appendix K
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
CH1-3 Status
R
Input
CH1-3 - Status Register
N/A
12345
N/A
30400
399
30528
527
CH1 Temperature C
R
Input
CH1 Temperature C
N/A
12345
Deg C
30401
400
30529
528
CH2 Temperature C
R
Input
CH2 Temperature C
N/A
12345
Deg C
30402
401
30530
529
CH3 Temperature C
R
Input
CH3 Temperature C
N/A
12345
Deg C
30403
402
30531
530
N/A
12345
N/A
30404
403
30532
531
CH1-3 - Status
(Duplicate)
R
Input
CH1-3 - Status
Register(Duplicate)
CH1 Temperature F
R
Input
CH1 Temperature F
N/A
12345
Deg F
30405
404
30533
532
CH2 Temperature F
R
Input
CH2Temperature F
N/A
12345
Deg F
30406
405
30534
533
CH3 Temperature F
R
Input
CH3 Temperature F
N/A
12345
Deg F
30407
406
30535
534
CH4-6 Status
R
Input
CH4-6 Status Register
N/A
12345
N/A
30445
444
30573
572
CH4 Temperature C
R
Input
CH4 Temperature C
N/A
12345
Deg C
30446
445
30574
573
CH5 Temperature C
R
Input
CH5 Temperature C
N/A
12345
Deg C
30447
446
30575
574
CH6 Temperature C
R
Input
CH6 Temperature C
N/A
12345
Deg C
30448
447
30576
575
N/A
12345
N/A
30449
448
30577
576
CH4-6 Status
(Duplicate)
R
Input
CH4-6 - Status Register
(Duplicate)
CH4 Temperature F
R
Input
CH4 Temperature F
N/A
12345
Deg F
30450
449
30578
577
CH5 Temperature F
R
Input
CH5 Temperature F
N/A
12345
Deg F
30451
450
30579
578
CH6 Temperature F
R
Input
CH6 Temperature F
N/A
12345
Deg F
30452
451
30580
579
BS1 (CH1-3) FW Version
R
Input
BS1 (CH1-3) FW Version
N/A
12345
N/A
30438
437
30566
565
BS1 (CH1-3) Serial MSB
R
Input
BS1 (CH1-3) Serial MSB
N/A
12345
N/A
30439
439
30567
567
BS1 (CH1-3) Serial LSB
R
Input
BS1 (CH1-3) Serial LSB
N/A
12345
N/A
30441
440
30569
568
BS2 (CH4-6) FW Version
R
Input
BS2 (CH4-6) FW Version
N/A
12345
N/A
30483
482
30611
610
BS2 (CH4-6) Serial MSB
R
Input
BS2 (CH4-6) Serial MSB
N/A
12345
N/A
30485
484
30613
612
BS2 (CH4-6) Serial LSB
R
Input
BS2 (CH4-6) Serial LSB
N/A
12345
N/A
30486
485
30614
613
Powered by Safety®
41
Sentry Control Unit
01.4IB.48030B
Appendix L MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6
MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6
Date and Time
Com Card Parameters
C1 Communications Card
MODBUS
Parameters
Card Category
42
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
MODBUS Slave ID
W
Holding
MODBUS Slave ID
1
1-31
N/A
40008
MODBUS Slave ID
R
Input
MODBUS Slave ID
1
1-31
N/A
30007
6
MODBUS Baud Rate
W
Holding
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
40021
20
MODBUS Baud Rate
R
Input
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
30038
37
Time - Seconds
W
Holding
Seconds
N/A
0-59
Sec.
40009
8
Time - Seconds
R
Input
Seconds
N/A
0-59
Sec.
30028
27
Time - Minute
W
Holding
Minute
N/A
0-59
Minute
40010
9
Time - Minute
R
Input
Minute
N/A
0-59
Minute
30029
28
Time - Hour
W
Holding
Hour
N/A
0-23 (24 Hour Format) Hour
40011
10
Time - Hour
R
Input
Hour
N/A
0-23 (24 Hour Format) Hour
30030
29
Date - Day
W
Holding
Day
N/A
0-31
Day
40012
11
Date - Day
R
Input
Day
N/A
0-31
Day
30031
30
Date- Month
W
Holding
Month
N/A
0-12
Month
40013
12
Date- Month
R
Input
Month
N/A
0-12
Month
30032
31
Date - Year
W
Holding
Year
N/A
0-99 (2000-2099)
Year
40014
13
Date - Year
R
Input
Year
N/A
0-99 (2000-2099)
Year
30033
32
COM - PCB Serial
No. MSB
R
Input
MSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30005
4
COM - PCB Serial
No. LSB
R
Input
LSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30006
5
COM - FW Revision
R
Input
FW Revision for Com
PCB
N/A
0-65535
N/A
30009
8
COM - PCB
Temperature
R
Input
Temperature of COM
PCB
N/A
0-105
N/A
30015
14
COM-Remote
Present
R
Input
0 - Remote Not Present,
1 - Remote Present
0
0, 1
N/A
30040
39
Powered by Safety®
7
Appendix L
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6 (cont.)
BriteSpot Channel Notifications (Error / Warning)
BriteSpot Channel
Notification Setpoints
B6 6-Channel BriteSpot Cards
Card Category
Appendix L
Register Name
Read/ Register
Write
Type
Slot B
Slot C
Slot D
Slot E
Slot F
Description
Default
Range, Format
UOM
CH1 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10384
383
10512
511
10640
639
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
Alarm CH1
R
Discreet
Input
Alarm CH2
R
Discreet
Input
CH2 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10385
384
10513
512
10641
640
Alarm CH3
R
Discreet
Input
CH3 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10386
385
10514
513
10642
641
Warning CH1
R
Discreet CH1 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10387
386
10515
514
10643
642
Warning CH2
R
Discreet CH2 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10388
387
10516
515
10644
643
Warning CH3
R
Discreet CH3 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10389
388
10517
516
10645
644
Alarm CH4
R
Discreet
Input
CH4 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10390
389
10518
517
10646
645
Alarm CH5
R
Discreet
Input
CH5 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10391
390
10519
518
10647
646
Alarm CH6
R
Discreet
Input
CH6 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10392
391
10520
519
10648
647
Warning CH4
R
Discreet CH4 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10393
392
10521
520
10649
648
Warning CH5
R
Discreet CH5 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10394
393
10522
521
10650
649
Warning CH6
R
Discreet CH6 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10395
394
10523
522
10651
650
CH1-3 Alarm
Setpoint C
W
Holding
CH1-3 Alarm
Setpoint C
105
0-130
Deg C
40400
399
40528
527
40656
655
CH1-3 Warning
Setpoint C
W
Holding
CH1-3 Warning
Setpoint C
90
0-130
Deg C
40401
400
40529
528
40657
656
CH1-3 Alarm
Setpoint F
W
Holding
CH1-3 Alarm
Setpoint F
221
32-266
Deg F
40402
401
40530
529
40658
657
CH1-3 Warning
Setpoint F
W
Holding
CH1-3 Warning
Setpoint F
194
32-266
Deg F
40403
402
40531
530
40659
658
CH4-6 Alarm
Setpoint C
W
Holding
CH4-6 Alarm
Setpoint C
105
0-130
Deg C
40412
411
40540
539
40668
667
CH4-6 Warning
Setpoint C
W
Holding
CH4-6 Warning
Setpoint C
90
0-130
Deg C
40413
412
40541
540
40669
668
CH4-6 Alarm
Setpoint F
W
Holding
CH4-6 Alarm
Setpoint F
221
32-266
Deg F
40414
413
40542
541
40670
669
CH4-6 Warning
Setpoint F
W
Holding
CH4-6- Warning
Setpoint F
194
32-266
Deg F
40415
414
40543
542
40671
670
Powered by Safety®
43
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10XB6B6B6 (cont.)
BriteSpot Temperature Readings
(Channels 4-6)
BriteSpot Configuration
B6 6-Channel BriteSpot Cards (cont.)
BriteSpot Temperature Readings
(Channels 1 -3)
Card Category
44
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
CH1-3 Status
R
Input
CH1-3 - Status Register
N/A
12345
N/A
30400
399
30528
527
30656
655
CH1 Temperature C
R
Input
CH1 Temperature C
N/A
12345
Deg C
30401
400
30529
528
30657
656
CH2 Temperature C
R
Input
CH2 Temperature C
N/A
12345
Deg C
30402
401
30530
529
30658
657
CH3 Temperature C
R
Input
CH3 Temperature C
N/A
12345
Deg C
30403
402
30531
530
30659
658
N/A
12345
N/A
30404
403
30532
531
30660
659
CH1-3 - Status
(Duplicate)
R
Input
CH1-3 - Status
Register(Duplicate)
CH1 Temperature F
R
Input
CH1 Temperature F
N/A
12345
Deg F
30405
404
30533
532
30661
660
CH2 Temperature F
R
Input
CH2 Temperature F
N/A
12345
Deg F
30406
405
30534
533
30662
661
CH3 Temperature F
R
Input
CH3 Temperature F
N/A
12345
Deg F
30407
406
30535
534
30663
662
CH4-6 Status
R
Input
CH4-6 Status Register
N/A
12345
N/A
30445
444
30573
572
30701
700
CH4 Temperature C
R
Input
CH4 Temperature C
N/A
12345
Deg C
30446
445
30574
573
30702
701
CH5 Temperature C
R
Input
CH5 Temperature C
N/A
12345
Deg C
30447
446
30575
574
30703
702
CH6 Temperature C
R
Input
CH6 Temperature C
N/A
12345
Deg C
30448
447
30576
575
30704
703
N/A
12345
N/A
30449
448
30577
576
30705
704
CH4-6 Status
(Duplicate)
R
Input
CH4-6 - Status Register
(Duplicate)
CH4 Temperature F
R
Input
CH4 Temperature F
N/A
12345
Deg F
30450
449
30578
577
30706
705
CH5 Temperature F
R
Input
CH5 Temperature F
N/A
12345
Deg F
30451
450
30579
578
30707
706
CH6 Temperature F
R
Input
CH6 Temperature F
N/A
12345
Deg F
30452
451
30580
579
30708
707
BS1 (CH1-3) FW Version
R
Input
BS1 (CH1-3) FW Version
N/A
12345
N/A
30438
437
30566
565
30694
693
BS1 (CH1-3) Serial MSB
R
Input
BS1 (CH1-3) Serial MSB
N/A
12345
N/A
30439
439
30567
567
30695
695
BS1 (CH1-3) Serial LSB
R
Input
BS1 (CH1-3) Serial LSB
N/A
12345
N/A
30441
440
30569
568
30697
696
BS2 (CH4-6) FW Version
R
Input
BS2 (CH4-6) FW Version
N/A
12345
N/A
30483
482
30611
610
30739
738
BS2 (CH4-6) Serial MSB
R
Input
BS2 (CH4-6) Serial MSB
N/A
12345
N/A
30485
484
30613
612
30741
740
BS2 (CH4-6) Serial LSB
R
Input
BS2 (CH4-6) Serial LSB
N/A
12345
N/A
30486
485
30614
613
30742
741
Powered by Safety®
Appendix L
01.4IB.48030B
Appendix M MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6
MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6
Date and Time
Com Card Parameters
C1 Communications Card
MODBUS
Parameters
Card Category
Appendix M
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
MODBUS Slave ID
W
Input
MODBUS Slave ID
1
1-31
N/A
40008
MODBUS Slave ID
R
Input
MODBUS Slave ID
1
1-31
N/A
30007
6
MODBUS Baud Rate
W
Input
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
40021
20
MODBUS Baud Rate
R
Input
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
30038
37
TIME - Seconds
W
Input
Seconds
N/A
0-59
Sec.
40009
8
TIME - Seconds
R
Input
Seconds
N/A
0-59
Sec.
30028
27
Time - Minute
W
Input
Minute
N/A
0-59
Minute
40010
9
Time - Minute
R
Input
Minute
N/A
0-59
Minute
30029
28
Time - Hour
W
Input
Hour
N/A
0-23 (24 Hour Format) Hour
40011
10
Time - Hour
R
Input
Hour
N/A
0-23 (24 Hour Format) Hour
30030
29
Date - Day
W
Input
Day
N/A
0-31
Day
40012
11
Date - Day
R
Input
Day
N/A
0-31
Day
30031
30
Date- Month
W
Input
Month
N/A
0-12
Month
40013
12
Date- Month
R
Input
Month
N/A
0-12
Month
30032
31
Date - Year
W
Input
Year
N/A
0-99 (2000-2099)
Year
40014
13
Date - Year
R
Input
Year
N/A
0-99 (2000-2099)
Year
30033
32
COM - PCB Serial
No. MSB
R
Input
MSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30005
4
COM - PCB Serial
No. LSB
R
Input
LSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30006
5
COM - FW Revision
R
Input
FW Revision for
Com PCB
N/A
0-65535
N/A
30009
8
COM - PCB
Temperature
R
Input
Temperature of
COM PCB
N/A
0-105
N/A
30015
14
COM-Remote
Present
R
Input
0 - Remote Not Present,
1 - Remote Present
0
0,1
N/A
30040
39
Powered by Safety®
7
45
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6 (cont.)
BriteSpot Channel Notifications (Error / Warning)
BriteSpot Channel
Notification Setpoints
B6 6-Channel BriteSpot Cards
Card Category
46
Register Name
Read/ Register
Write
Type
Slot B
Slot C
Slot D
Slot E
Slot F
Description
Default
Range, Format
UOM
CH1 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10384
383
10512
511
10640
639
10768
767
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
Alarm CH1
R
Discreet
Input
Alarm CH2
R
Discreet
Input
CH2 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10385
384
10513
512
10641
640
10769
768
Alarm CH3
R
Discreet
Input
CH3 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10386
385
10514
513
10642
641
10770
769
Warning CH1
R
Discreet CH1 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10387
386
10515
514
10643
642
10771
770
Warning CH2
R
Discreet CH2 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10388
387
10516
515
10644
643
10772
771
Warning CH3
R
Discreet CH3 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10389
388
10517
516
10645
644
10773
772
Alarm CH4
R
Discreet
Input
CH4 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10390
389
10518
517
10646
645
10774
773
Alarm CH5
R
Discreet
Input
CH5 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10391
390
10519
518
10647
646
10775
774
Alarm CH6
R
Discreet
Input
CH6 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10392
391
10520
519
10648
647
10776
775
Warning CH4
R
Discreet CH4 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10393
392
10521
520
10649
648
10777
776
Warning CH5
R
Discreet CH5 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10394
393
10522
521
10650
649
10778
777
Warning CH6
R
Discreet CH6 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10395
394
10523
522
10651
650
10779
778
CH1-3 Alarm
Setpoint C
W
Holding
CH1-3 Alarm
Setpoint C
105
0-130
Deg C
40400
399
40528
527
40656
655
40784
783
CH1-3 Warning
Setpoint C
W
Holding
CH1-3 Warning
Setpoint C
90
0-130
Deg C
40401
400
40529
528
40657
656
40785
784
CH1-3 Alarm
Setpoint F
W
Holding
CH1-3 Alarm
Setpoint F
221
32-266
Deg F
40402
401
40530
529
40658
657
40786
785
CH1-3 Warning
Setpoint F
W
Holding
CH1-3 Warning
Setpoint F
194
32-266
Deg F
40403
402
40531
530
40659
658
40787
786
CH4-6 Alarm
Setpoint C
W
Holding
CH4-6 Alarm
Setpoint C
105
0-130
Deg C
40412
411
40540
539
40668
667
40796
795
CH4-6 Warning
Setpoint C
W
Holding
CH4-6 Warning
Setpoint C
90
0-130
Deg C
40413
412
40541
540
40669
668
40797
796
CH4-6 Alarm
Setpoint F
W
Holding
CH4-6 Alarm
Setpoint F
221
32-266
Deg F
40414
413
40542
541
40670
669
40798
797
CH4-6 Warning
Setpoint F
W
Holding
CH4-6- Warning
Setpoint F
194
32-266
Deg F
40415
414
40543
542
40671
670
40799
798
Powered by Safety®
Appendix M
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C1B6B6B6B6 (cont.)
BriteSpot Module 2 Temperature
Readings (Channels 4-6)
BriteSpot Configuration
B6 6-Channel BriteSpot Cards (cont.)
BriteSpot Module 1 Temperature
Readings (Channels 1 -3)
Card Category
Appendix M
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
CH1-3 Status
R
Input
CH1-3 - Status Register
N/A
12345
N/A
30400
399
30528
527
30656
655
30784
783
CH1 Temperature C
R
Input
CH1 Temperature C
N/A
12345
Deg C
30401
400
30529
528
30657
656
30785
784
CH2 Temperature C
R
Input
CH2 Temperature C
N/A
12345
Deg C
30402
401
30530
529
30658
657
30786
785
CH3 Temperature C
R
Input
CH3 Temperature C
N/A
12345
Deg C
30403
402
30531
530
30659
658
30787
786
N/A
12345
N/A
30404
403
30532
531
30660
659
30788
787
CH1-3 - Status
(Duplicate)
R
Input
CH1-3 - Status
Register(Duplicate)
CH1 Temperature F
R
Input
CH1 Temperature F
N/A
12345
Deg F
30405
404
30533
532
30661
660
30789
788
CH2 Temperature F
R
Input
CH2Temperature F
N/A
12345
Deg F
30406
405
30534
533
30662
661
30790
789
CH3 Temperature F
R
Input
CH3 Temperature F
N/A
12345
Deg F
30407
406
30535
534
30663
662
30791
790
CH4-6 Status
R
Input
CH4-6 Status Register
N/A
12345
N/A
30445
444
30573
572
30701
700
30829
828
CH4 Temperature C
R
Input
CH4 Temperature C
N/A
12345
Deg C
30446
445
30574
573
30702
701
30830
829
CH5 Temperature C
R
Input
CH5 Temperature C
N/A
12345
Deg C
30447
446
30575
574
30703
702
30831
830
CH6 Temperature C
R
Input
CH6 Temperature C
N/A
12345
Deg C
30448
447
30576
575
30704
703
30832
831
N/A
12345
N/A
30449
448
30577
576
30705
704
30833
832
CH4-6 Status
(Duplicate)
R
Input
CH4-6 - Status Register
(Duplicate)
CH4 Temperature F
R
Input
CH4 Temperature F
N/A
12345
Deg F
30450
449
30578
577
30706
705
30834
833
CH5 Temperature F
R
Input
CH5Temperature F
N/A
12345
Deg F
30451
450
30579
578
30707
706
30835
834
CH6 Temperature F
R
Input
CH6 Temperature F
N/A
12345
Deg F
30452
451
30580
579
30708
707
30836
835
BS1 (CH1-3) - FW
Version
R
Input
BS1 (CH1-3) - FW
Version
N/A
12345
N/A
30438
437
30566
565
30694
693
30822
821
BS1 (CH1-3) - Serial
MSB
R
Input
BS1 (CH1-3) - Serial
MSB
N/A
12345
N/A
30439
439
30567
567
30695
695
30823
823
BS1 (CH1-3) - Serial
LSB
R
Input
BS1 (CH1-3) - Serial LSB
N/A
12345
N/A
30441
440
30569
568
30697
696
30825
824
BS2 (CH4-6) - FW
Version
R
Input
BS2 (CH4-6) - FW
Version
N/A
12345
N/A
30483
482
30611
610
30739
738
30867
866
BS2 (CH4-6) - Serial
MSB
R
Input
BS2 (CH4-6) - Serial
MSB
N/A
12345
N/A
30485
484
30613
612
30741
740
30869
868
BS2 (CH4-6) - Serial
LSB
R
Input
BS2 (CH4-6) - Serial LSB
N/A
12345
N/A
30486
485
30614
613
30742
741
30870
869
Powered by Safety®
47
Sentry Control Unit
01.4IB.48030B
Appendix N MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6
Date and Time
Com Card Parameters
C1 Communications Card
MODBUS
Parameters
Card Category
48
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
MODBUS Slave ID
W
Holding
MODBUS Slave ID
1
1-31
N/A
40008
MODBUS Slave ID
R
Input
MODBUS Slave ID
1
1-31
N/A
30007
6
MODBUS Baud Rate
W
Holding
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
40021
20
MODBUS Baud Rate
R
Input
MODBUS Baud Rate
19200
9.6K / 19.2K / 38.4K
Baud
30038
37
TIME - Seconds
W
Holding
Seconds
N/A
0-59
Sec.
40009
8
TIME - Seconds
R
Input
Seconds
N/A
0-59
Sec.
30028
27
Time - Minute
W
Holding
Minute
N/A
0-59
Minute
40010
9
Time - Minute
R
Input
Minute
N/A
0-59
Minute
30029
28
Time - Hour
W
Holding
Hour
N/A
0-23 (24 Hour Format) Hour
40011
10
Time - Hour
R
Input
Hour
N/A
0-23 (24 Hour Format) Hour
30030
29
Date - Day
W
Holding
Day
N/A
0-31
Day
40012
11
Date - Day
R
Input
Day
N/A
0-31
Day
30031
30
Date- Month
W
Holding
Month
N/A
0-12
Month
40013
12
Date- Month
R
Input
Month
N/A
0-12
Month
30032
31
Date - Year
W
Holding
Year
N/A
0-99 (2000-2099)
Year
40014
13
Date - Year
R
Input
Year
N/A
0-99 (2000-2099)
Year
30033
32
COM - PCB Serial
No. MSB
R
Input
MSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30005
4
COM - PCB Serial
No. LSB
R
Input
LSB of Serial Number
for Com PCB
N/A
0-65535
N/A
30006
5
COM - FW Revision
R
Input
FW Revision for
Com PCB
N/A
0-65535
N/A
30009
8
COM - PCB
Temperature
R
Input
Temperature of
COM PCB
N/A
0-105
N/A
30015
14
COM-Remote
Present
R
Input
0 - Remote Not Present,
1 - Remote Present
0
0,1
N/A
30040
39
Powered by Safety®
7
Appendix N
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 (cont.)
BriteSpot Channel Notifications (Error / Warning)
BriteSpot Channel
Notification Setpoints
B6 6-Channel BriteSpot Cards
Card Category
Appendix N
Register Name
Read/ Register
Write
Type
Slot B
Slot C
Slot D
Slot E
Slot F
Description
Default
Range, Format
UOM
CH1 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10384
383
10512
511
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
Alarm CH1
R
Discreet
Input
Alarm CH2
R
Discreet
Input
CH2 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10385
384
10513
512
Alarm CH3
R
Discreet
Input
CH3 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10386
385
10514
513
Warning CH1
R
Discreet CH1 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10387
386
10515
514
Warning CH2
R
Discreet CH2 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10388
387
10516
515
Warning CH3
R
Discreet CH3 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10389
388
10517
516
Alarm CH4
R
Discreet
Input
CH4 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10390
389
10518
517
Alarm CH5
R
Discreet
Input
CH5 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10391
390
10519
518
Alarm CH6
R
Discreet
Input
CH6 Alarm Setpoint
has been exceeded
0
0, 1
N/A
10392
391
10520
519
Warning CH4
R
Discreet CH4 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10393
392
10521
520
Warning CH5
R
Discreet CH5 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10394
393
10522
521
Warning CH6
R
Discreet CH6 Warning Setpoint
Input
has been exceeded
0
0, 1
N/A
10395
394
10523
522
CH1-3 Alarm
Setpoint C
W
Holding
CH1-3 Alarm
Setpoint C
105
0-130
Deg C
40400
399
40528
527
CH1-3 Warning
Setpoint C
W
Holding
CH1-3 Warning
Setpoint C
90
0-130
Deg C
40401
400
40529
528
CH1-3 Alarm
Setpoint F
W
Holding
CH1-3 Alarm
Setpoint F
221
32-266
Deg F
40402
401
40530
529
CH1-3 Warning
Setpoint F
W
Holding
CH1-3 Warning
Setpoint F
194
32-266
Deg F
40403
402
40531
530
CH4-6 Alarm
Setpoint C
W
Holding
CH4-6 Alarm
Setpoint C
105
0-130
Deg C
40412
411
40540
539
CH4-6 Warning
Setpoint C
W
Holding
CH4-6 Warning
Setpoint C
90
0-130
Deg C
40413
412
40541
540
CH4-6 Alarm
Setpoint F
W
Holding
CH4-6 Alarm
Setpoint F
221
32-266
Deg F
40414
413
40542
541
CH4-6 Warning
Setpoint F
W
Holding
CH4-6- Warning
Setpoint F
194
32-266
Deg F
40415
414
40543
542
Powered by Safety®
49
Sentry Control Unit
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 (cont.)
BriteSpot Module 2 Temperature
Readings (Channels 4-6)
BriteSpot Configuration
B6 6-Channel BriteSpot Cards (cont.)
BriteSpot Module 1 Temperature
Readings (Channels 1 -3)
Card Category
50
Register Name
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Slot B
Slot C
Slot D
Slot E
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
CH1-3 Status
R
Input
CH1-3 - Status Register
N/A
12345
N/A
30400
399
30528
527
CH1 Temperature C
R
Input
CH1 Temperature C
N/A
12345
Deg C
30401
400
30529
528
CH2 Temperature C
R
Input
CH2 Temperature C
N/A
12345
Deg C
30402
401
30530
529
CH3 Temperature C
R
Input
CH3 Temperature C
N/A
12345
Deg C
30403
402
30531
530
N/A
12345
N/A
30404
403
30532
531
CH1-3 - Status
(Duplicate)
R
Input
CH1-3 - Status
Register(Duplicate)
CH1 Temperature F
R
Input
CH1 Temperature F
N/A
12345
Deg F
30405
404
30533
532
CH2 Temperature F
R
Input
CH2Temperature F
N/A
12345
Deg F
30406
405
30534
533
CH3 Temperature F
R
Input
CH3 Temperature F
N/A
12345
Deg F
30407
406
30535
534
CH4-6 Status
R
Input
CH4-6 Status Register
N/A
12345
N/A
30445
444
30573
572
CH4 Temperature C
R
Input
CH4 Temperature C
N/A
12345
Deg C
30446
445
30574
573
CH5 Temperature C
R
Input
CH5 Temperature C
N/A
12345
Deg C
30447
446
30575
574
CH6 Temperature C
R
Input
CH6 Temperature C
N/A
12345
Deg C
30448
447
30576
575
N/A
12345
N/A
30449
448
30577
576
CH4-6 Status
(Duplicate)
R
Input
CH4-6 - Status Register
(Duplicate)
CH4 Temperature F
R
Input
CH4 Temperature F
N/A
12345
Deg F
30450
449
30578
577
CH5 Temperature F
R
Input
CH5Temperature F
N/A
12345
Deg F
30451
450
30579
578
CH6 Temperature F
R
Input
CH6 Temperature F
N/A
12345
Deg F
30452
451
30580
579
BS1 (CH1-3) - FW
Version
R
Input
BS1 (CH1-3) - FW
Version
N/A
12345
N/A
30438
437
30566
565
BS1 (CH1-3) - Serial
MSB
R
Input
BS1 (CH1-3) - Serial
MSB
N/A
12345
N/A
30439
439
30567
567
BS1 (CH1-3) - Serial
LSB
R
Input
BS1 (CH1-3) - Serial LSB
N/A
12345
N/A
30441
440
30569
568
BS2 (CH4-6) - FW
Version
R
Input
BS2 (CH4-6) - FW
Version
N/A
12345
N/A
30483
482
30611
610
BS2 (CH4-6) - Serial
MSB
R
Input
BS2 (CH4-6) - Serial
MSB
N/A
12345
N/A
30485
484
30613
612
BS2 (CH4-6) - Serial
LSB
R
Input
BS2 (CH4-6) - Serial LSB
N/A
12345
N/A
30486
485
30614
613
Powered by Safety®
Appendix N
01.4IB.48030B
MODBUS Memory Map for Sentry SEN6P1C10XD5B6B6 (cont.)
D5 Configuration
D5 Parameters
D5 Setpoints Read
D5 Fan Controller
D5 Setpoints
BriteSpot Channel Notifications
(Error / Warning)
Card Category
Appendix N
Register Name
Slot B
Slot C
Slot D
Slot E
Read/ Register
Write
Type
Description
Default
Range, Format
UOM
Is Relay 1 On
0
0,1
N/A
10896
895
Slot F
Register # Offset Register # Offset Register # Offset Register # Offset Register # Offset
Relay 1 On
R
Discreet
Input
Relay 2 On
R
Discreet
Input
Is Relay 2 On
0
0,1
N/A
10897
896
Relay 3 On
R
Discreet
Input
Is Relay 3 On
0
0,1
N/A
10898
897
Relay 4 On
R
Discreet
Input
Is Relay 4 On
0
0,1
N/A
10899
898
Relay 5 On
R
Discreet
Input
Is Relay 5 On
0
0,1
N/A
10900
899
Relay 1 - Set point high
W
Holding Relay 1 - Set point high in C
105
0-130
Deg C
40906
905
Relay 2 - Set point high
W
Holding
Relay 2 - Set point high in C
105
0-130
Deg C
40907
906
Relay 3 - Set point high
W
Holding Relay 3 - Set point high in C
105
0-130
Deg C
40908
907
Relay 4 - Set point high
W
Holding Relay 4 - Set point high in C
105
0-130
Deg C
40909
908
Relay 5 - Set point high
W
Holding Relay 5 - Set point high in C
105
0-130
Deg C
40910
909
Relay 1 - Set point low
W
Holding Relay 1 - Set point low in C
90
0-130
Deg C
40911
910
Relay 2 - Set point low
W
Holding Relay 2 - Set point low in C
90
0-130
Deg C
40912
911
Relay 3 - Set point low
W
Holding Relay 3 - Set point low in C
90
0-130
Deg C
40913
912
Relay 4 - Set point low
W
Holding Relay 4 - Set point low in C
90
0-130
Deg C
40914
913
Relay 5 - Set point low
W
Holding
Relay 5 - Set point low in C
90
0-130
Deg C
40915
914
Serial Number MSB
(Carrier)
R
Input
D5 Serial Number MSB
N/A
12345
N/A
30900
899
Serial Number LSB
(Carrier)
R
Input
D5 Serial Number LSB
N/A
12345
Deg C
30901
900
Card Type
R
Input
Card Type
N/A
12345
Deg C
30902
901
N/A
12345
Deg C
30903
902
Hardware Version
(Carrier)
R
Input
Hardware Version
(Carrier)
Relay 1 - Set point high
R
Input
Relay 1 - Set point high in C
N/A
0-130
Deg C
30905
904
Relay 2 - Set point high
R
Input
Relay 2 - Set point high in C
N/A
0-130
Deg C
30906
905
Relay 3 - Set point high
R
Input
Relay 3 - Set point high in C
N/A
0-130
Deg C
30907
906
Relay 4 - Set point high
R
Input
Relay 4 - Set point high in C
N/A
0-130
Deg C
30908
907
Relay 5 - Set point high
R
Input
Relay 5 - Set point high in C
N/A
0-130
Deg C
30909
908
Relay 1 - Set point low
R
Input
Relay 1 - Set point low in C
N/A
0-130
Deg C
30910
909
Relay 2 - Set point low
R
Input
Relay 2 - Set point low in C
N/A
0-130
Deg C
30911
910
Relay 3 - Set point low
R
Input
Relay 3 - Set point low in C
N/A
0-130
Deg C
30912
911
Relay 4 - Set point low
R
Input
Relay 4 - Set point low in C
N/A
0-130
Deg C
30913
912
Relay 5 - Set point low
R
Input
Relay 5 - Set point low in C
N/A
0-130
Deg C
30914
913
Current Relay 1
R
Input
Current Relay 1
N/A
12345
N/A
30935
934
Current Relay 2
R
Input
Current Relay 2
N/A
12345
N/A
30936
935
Relay 1 On
R
Input
Relay 1 On
N/A
12345
N/A
30940
939
Relay 2 On
R
Input
Relay 2 On
N/A
12345
N/A
30941
940
Relay 3 On
R
Input
Relay 3 On
N/A
12345
N/A
30942
941
Relay 4 On
R
Input
Relay 4 On
N/A
12345
N/A
30943
942
Relay 5 On
R
Input
Relay 5 On
N/A
12345
N/A
30944
943
Powered by Safety®
51
01.4IB.48030B
Sentry Control Unit
Control and Monitoring Platform
November) 2015
Powell Electrical Systems, Inc.
Service Division - Houston
PO Box 12818 • Houston, TX • 77217
Powered by Safety®
©2006 Powell Industries, Inc. • All rights reserved.
Tel: 713.944.6900 • Fax: 713.948.4569
powellind.com
info@powellind.com