SM6 Broc
SM6 Broc
SM6 Broc
CONSOLIDATED
Electronics, Inc.
MONITORING THE FUTURE
SM6
Benefits
Features
CONSOLIDATED
Electronics, Inc.
MONITORING THE FUTURE
1-509-927-8837
www.con-elec.com
cei@on-ramp.ior.com
SM6
Products
The SM6 series consists of two base unit options, the SM6 and the
SM6-1, and enhancement modules.
Overview
All SM6 Monitors work on the same basic principle. These monitors gather
data, store it and provide calculated information that provides a timely and
accurate means of making informed decisions regarding the operational state
of the breaker.
The base units and modules can withstand harsh substation environments.
They can provide accurate monitoring of sulfur hexaflouride (SF6) gas pressure
and temperature in spite of environmental extremes, avoiding the need to rely
on mechanical measuring instruments, graphs or operator interpretations.
These base units have been tested successfully from minus 50 C (-58 F) to
60 C (140 F), and have withstood repeated electrical discharges of one
million volts.
SM6-0
SM6-1
Modules
Information
Services
Motor Monitor
Heater Monitor
Operation Current Monitor
Pneumatic/Hydraulic Pressure Monitor
Trip/Close Coil Monitor
All base unit information can be accessed in the field by a PC, or remotely
through your communication system.
Field Installation Engineers are available for initial installation of monitors.
SM6
MM
Description
Function
Features
Benefits
Data
Alarms
The Motor Monitor (MM) is designed to provide ongoing data regarding the
health of spring charging motors, air compressors or hydraulic pumps
associated with the breaker. The MM Module provides an operational check
on energy accumulation and detailed information about motor behavior. The
user can detect deterioration in the health of the system over time if the motors
runtime per breaker operation lengthens dramatically.
Parameters, defined by the user, may be used to set alarms based upon
breaker operating specifications or observed data. The time of each result is
noted and stored for use in the base units software.
Alarm parameters may be set by the user. Alarms may be enabled or disabled
at the users discretion.
SM6
HM
Heater Monitor
Description
Function
The Heater Monitor (HM) Module is designed to actively test circuit breaker
heaters and associated power supplies to ensure proper operation. It is
mounted in the auxiliary module enclosure. The HM Module tests heaters by
turning them on for five seconds at intervals set by the user. It may also be
used for controlling the heaters, automatically turning them on if the
temperature drops below a point defined by the user.
The HM Module uses an auxiliary relay operated by output from the base unit to
energize the heater at pre-set intervals. Current to the heater is then measured
and when the current is outside the ranges specified by the customer, an alarm
is generated. Users may set the module to test heaters on a regular basis to
evaluate their current functional state.
The HM Module can access the temperature reading from the base unit to
operate up to four tank heaters. Both thermostatically and non-thermostatically
controlled heaters are constantly monitored. The relay is wired in parallel to
the existing thermostat in order to energize the heater.
Features
Benefits
Alarms
All module and base unit alarm parameters may be set by the user. Alarms
may be enabled or disabled at user discretion.
SM6
OCM
Description
Function
The module employs three split-core measuring devices to monitor the output
of existing relays or metering CTs. Operating time information is gathered
from the auxiliary switch of the circuit breaker and compared with previous
operating information to determine any degradation.
The base unit uses a dedicated RS232 port and a standard nine-pin serial
computer cable to interface with the OPTImizer.
Features
Benefits
Data
Alarms
All module and base unit alarm parameters may be set by the user. Alarms
may be enabled or disabled at user discretion.
OPTImizer is a trademark of Intelligent Controls, Inc.
INCON is a registered trademark of Intelligent Controls, Inc.
SM6
PHPM
Description
Function
Features
Benefits
Data
Alarms
A pressure transducer, similar to that used by the base unit, is installed on the
high pressure pneumatic or hydraulic system to be monitored. The PHPM
Module may be set to display an alarm if the pressure drops below the preset
operational limit.
Parameters, defined by the user, may be used to graph data and set alarms for
breaker operating characteristics or observed data. The time each result is
noted is stored for use in the base units software graphing and trending
programs.
SM6
TCM
Description
Function
Features
Benefits
Alarms
The Trip/Close Coil Module (TCM) monitors the readiness of circuit breaker trip
or close coils by continuously monitoring the coils electrical flow. The TCM
has the ability to monitor as many as four coil circuits simultaneously.
The TCM provides four form C dry contacts, one for each channel monitored.
If the coil system has continuity, the contact is held in the closed position. Each
channel is connected in series and forms a closed circuit that, with the use of
station DC or AC power, sends an energized signal to the base unit.
In the event that any channel loses continuity or the power supply fails, the
digital input to the base unit becomes de-energized, creating an event. A
base unit auxiliary alarm may be wired to a station annunciator.
SM6
Description
Function
Features
Benefits
The SMSoft software is a DOS based program which allows the user to
program the unit with settings particular to the breaker being monitored.
Providing current readout, and density information a to PC or remote location.
SMSoft includes a graphing package to visually display, pressure,
temperature, temperature compensated pressure, density and project of
service requirements.
Through the use of specific alarm levels configured in the installation setup, the
SM6 software can forecast the next incidence of low gas, and provide to the
user the number of days until the gas level reaches each alarm setting .
SM6
Description
Function
The SMSmart software allows remote on-site access to all or any part of the
stored information. Long and short term breaker protection trends can be
identified. Downloading of stored information can be compared over different
time periods.
Features
Benefits
SM6
Enclosure Dimensions
Enclosure Rating
Display
Operating Power
Relay Contact Rating
Internal Heater
Grounding
DC Isolation
Temperature
Ratings
Pressure
Ratings
Density
Functions
Density % Range
Density Accuracy
Humidity Range
Nitrogen (CF4) Content Range
SF6 Normalized Temperature Range
SF6 Liquefaction Proximity Warning
Hardware
Temperature Sensors
Materials
Mounting
Cable Run
60 C (140 F)
-50 C (-58 F)
-50 C to +60 C (-58 F to +140 F)
Celsius and Fahrenheit
Brass
SF6 Tank Surface Mount
5 meters (16.4 feet)
Pressure Transducers
Materials
Mounting
Cable Run
Port Fitting
Communications
RS232 Ports
RS485 Ports
Fiber Optics
Baud Rate
1
1
None
1200 to 19.2K bps
SM6
Physical
Description
Electrical
Requirements
Enclosure Dimensions
Enclosure Rating
Display
Operating Power
85 to 265 Vac or 100 to 370 Vdc
Relay Contact Rating
0.1 Amperes, 125 Vdc resistive
Internal Heater
200 Watts, 100 to 125 or 200 to 250 Volts AC only
SF6 Circuit Breaker Heater Amperage Maximum
30 Amperes AC per heater circuit
DC Isolation
1500 Volts
Temperature
Ratings
Pressure
Ratings
Density
Functions
Hardware
20 x 16 x 6
NEMA 4
Liquid Crystal
Density % Range
Density Accuracy
Humidity Range
Nitrogen (CF4) Content Range
SF6 Normalized Temperature Range
SF6 Liquefaction Proximity Warning
60 C (140 F)
-50 C (-58 F)
-50 C to +60 C (-58 F to +140 F)
Rankin, Kelvin, Celsius, Fahrenheit
0-200%
1%
0-100 (non condensing)
0-100%
10 to 40 C (50 to 104 F)
2 to 6 C (4 to 11 F) above liquefaction
Temperature Sensors
Materials
Mounting
Cable Run
Pressure Transducers
Materials
Mounting
Cable Run
Port Fitting
Inputs Outputs
Communications
Digital
Analog
RS232 Ports
RS485 Ports
Fiber Optics
Baud Rate