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Thomson Tech:
Thomson ATS Product Line Guide ATS-PLG |
To assist in ATS selection based on application requirements.
Features:
| Easy to read chart comparing features between TS 880, TS 870, TS 840 and TS 830 |
Download Brochure: PDF |
AC Voltage Sensitive Relay VSR 330 |
The VSR 330 employs solid-state sensing with the versatility of a plug-in design. Nominal operating voltage for the device is a safe 12VAC (transformer supplied). Pickup and dropout points are adjustable via high resolution 10-turn pots. One or more units may be connected in parallel. The device's L.E.D. will give instant recognition of operation, affording easy set-up and field trouble shooting of equipment. A specially designed filter network has been employed to reduce false switching due to sine wave distortion, such as that caused by SCR controlled power equipment. The delay dropout option is valuable when the application makes insensitivity to voltage dips beneficial.
Download Brochure: PDF
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Alarm / Control Module APB 1210 |
| The APB 1210 ALARM/CONTROL MODULE is an accessory package designed to complement the BCM 1220 automatic battery charger. Any or all of the listed features may be included to suit individual specifications. The APB 1210 is field installable since it replaces a blank front plate on the charger, and connects to the main control circuit board, via plug-in, without any modification. The APB 1210 utilizes stable, temperature-compensated CMOS logic to provide reliable operation consistent with that of the BCM 1220 charger.
NOTE
- Alarm contacts are accessible via a terminal strip on the APB 1210. - Alarm contacts are rated 0.5A/110VAC, 2A/24Vdc, Form "C". - An alarm contact for "equalizing" is included if any control features are present. - The equalize period is the same for all methods of initiating (standard setting 8 hrs). - Optional timer settings are available upon request. - One model fits both 12VDC & 24VDC applications.
Download Brochure: PDF |
Automatic Transfer Switches TS 830 |
Thomson Technology TS 830 series of Automatic Transfer Switches (ATS) employ two mechanically interlocked enclosed contact power switching units and a microprocessor based controller to automatically transfer system load to an alternate supply in the event of a utility supply failure. System load is automatically re-transferred back to the utility supply following restoration of the utility power source to within normal operating limits.
Download Brochure: PDF
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Automatic Transfer Switches TS 840 |
Thomson Technology TS 840 series of Automatic Transfer Switches (ATS) employ two mechanically interlocked enclosed contact power switching units and a microprocessor based controller to automatically transfer system load to a generator supply in the event of a utility supply failure. System load is automatically re-transferred back to the utility supply following restoration of the utility power source to within normal operating limits.
Thomson Technology TS 840 Service Entrance Automatic Transfer Switches incorporate an isolating mechanism and over current protection on the utility supply thereby removing the need to have a separate, upstream circuit breaker/disconnect switch from the transfer switch. This unique Service Entrance Rated Automatic Transfer Switch design is incorporated into a standard sized automatic transfer switch enclosure providing a space saving, cost effective solution for most applications.
Download Brochure: PDF |
The BCM 1220 AUTOMATIC BATTERY CHARGER is suitable for charging either lead-acid or nickelcadmium batteries. Its output is accurately controlled by a sophisticated electronic control network which assures that batteries are maintained at exact voltage levels for optimal battery performance. The BCM 1220 may be left continuously connected without battery overcharging. The automatic current-limiting feature of the BCM 1220 means that it may be connected to engine starting batteries, including during cranking, without excessive current flowing. The output leads of the charger may even be shorted together without damage. Reverse polarity protection is provided.
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The BCM 1230 Battery Charging Module is intended to be installed as an accessory device in a generator control panel, transfer switch, or similar equipment.The BCM 1230's function is to act as a fully automatic trickle charging device, which will accurately maintain a battery at a preset "float" voltage, thus keeping it fully charged while not in use.
Download Brochure: PDF
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Battery Voltage Sensor BVS 1930 |
 The BVS 1930 Battery Voltage Sensor is specifically designed to monitor any battery system from 10 VDC to 40 VDC. An output relay with form-C contact is provided for connection to external circuitry. An LED is visible at the top of the sensor's case to provide instant recognition of status. The relay and LED both energize at the setpoint on increasing voltage. The delay on dropout is ideally suited to override engine cranking voltage dips on starter batteries.
Download Brochure: PDF
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Bypass Isolation Transfer Switch TS 870 |
| The TS 870 bypass isolation switch provides the same reliable features that are available in the TS 870 automatic transfer switch.The TS 870 bypass isolation switch incorporates two basic types for bypass-isolation. Type "B" (double-sided ) isolates the transfer switch and can bypass either the utility or generator source of the load, as selected by the operator. Single-sided bypass types "D" (utility bypass) and "C" (generator bypass) can bypass only one source to the load (in accordance with CSA 282-00 - Institutional & Residential Buildings Occupancy Group Band C). Note: CSA 282-00 requires (as a minimum) a single sided bypass on the generator supply. The TS 870 series mechanisms utilize enclosed contact power switching units which provide a 100% continuous rating. The switches are mounted independently on a common frame.
Download Brochure: PDF
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Electronic Engine Speed Sensor FSR 230 |
The FSR 230 speed switch employs precision solid-state sensing networks to sense the frequency of an incoming signal. As the setpoint of any switch is exceeded, that output relay will become energized. The setpoints are adjustable over a wide range by 15 turn potentiometers. Adjustment and service procedures are simplified by LED "ON" state indicators. The transformer sensing input requires a 12VAC secondary stepdown transformer energized from a generator set's output terminals. The FSR 230 is ideally suited as a crank disconnect sensor, as it will operate faithfully on a residual output voltage as low as 5% of nominal output voltage. (For applications with a seriously distorted sine wave, such as with SCR switched inductive loads, use of a magnetic pickup is recommended.)
Download Brochure: PDF
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Generator Control Switchgear GCS |
| All designs are developed using CAD systems and follow strict design control methodologies in accordance with our ISO9001:2000 quality system. Designs are developed from a large database of engineered applications developed from over 30 years of field experience. For many applications, Thomson Technology's standard designs can be applied to meet client requirements. |
| Research and Development is a critical function of our engineering department. A significant portion of sales revenue is returned to R & D ensuring the company's continued leadership position. Design input to R & D projects is obtained from market research as well as direct field experience from our service department. |
| Thomson Technology's reliable system design is supported by factory technicians and local factory trained service representatives who can be mobilized 24/7 to commission and service any of our systems around the world. |
| We have developed a team of highly skilled sales engineers and project managers who take pride in their workmanship by being involved with every project from start to finish and ensuring quality products are delivered to our customers. |
| Thomson Technology's system engineering design capability, production capability, and field service expertise combine to provide our customers with quality, state-of-the-art systems that work. |
| Our people...are at the heart of what we do. |
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Generator Set Annunciator EAP 1600 |
The EAP 1600 series annunciator is designed to provide remote audible and visual indication of the status of a generator set. Each alarm circuit is energized by a contact located in the generator set control panel. The LED for that particular circuit will glow, and the audible alarm will sound. The audible alarm may be silenced, or all annunciators tested by operating the toggle switch. Alarm circuits reset when the respective initiating contacts are opened. Annunciating circuits may be tailored to specific applications by specifying LED colors (red, green or amber), and whether the audible alarm should sound for each point.
Download Brochure: PDF
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Generator Set Annunciator EAP 1601 |
The EAP 1601 annunciator is designed to provide remote annunciation of the operation or failure of generator set. During an alarm condition, the lamp will be illuminated and the audible annunciator will sound. The audible annunciator may be silenced by operating the "silence" button. All circuits will reset when the remote initiating dc supply is removed.
Download Brochure: PDF
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Genset Controller MEC 310 |
 The MEC 310 provides the latest advancements in design technology for the control and monitoring or today's electronically controlled engine-generator sets.
The MEC 310 is an integrated Genset Controller, which is Thomson Technology's fourth generation of generator set products. The MEC 310 Microprocessor-based Genset Controller provides the latest advancements in design technology for the control and monitoring of today's electronically controlled engine-generator sets. The MEC 310 has an optional engine communication interface CANbus port which supports multiple J1939 engine protocols. The MEC 310 is factory configured to control all the operational functions and display features of the engine-generator. Standard and optional control features of the MEC 310 are progrmmable from the front panel LCD display and are security password protected. The LCD display screen prompts are available in multiple languages, providing a user-friendly operator interface with many display screens available. The microprocessor design provides high accuracy for all voltage monitoring, current monitoring and timing functions as well as providing many standard features which were previously only available as optional features. All data is available through Modbus TM communications for remote/SCADA monitoring. The MEC 310 is available with fully integrated Automatic Mains Failure (AMF) monitoring and control features that allow for interfacing with an external generator and utility power switching mechanism.
Download Brochure: PDF (English Version) PDF (Spanish Version) |
Microprocessor Engine/Generator Controller MEC 2 |
The Thomson Technology MEC 2 Microprocessor-based Engine/Generator Controller utilizes the latest advancements in microprocessor technology, printed circuit board assembly techniques and software development. This is the eighth generation of engine controllers from Thomson Technology, and reflects over 30 years of engine controller design experience, including a decade utilizing microprocessors. The result is an automatic engine/generator controller of superior design, providing a comprehensive array of operational, protection and display features. All functions of the MEC 2 are fully configurable from the front panel keypad, and are password protected. The LCD display screen prompts are in plain English, providing a user-friendly operator interface with many display options available. The microprocessor design provides high accuracy for all voltage monitoring, current monitoring and timing functions as well as providing many standard features which are commonly available only as expensive add-on optional features on competitors' products.
Download Brochure: PDF
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Microprocessor Engine/Generator Controller MEC 20 |
 The Thomson Technology MEC 20 Microprocessor-based Engine/Generator Controller utilizes the latest advancements in microprocessor technology, printed circuit board assembly techniques and software development. This is the eighth generation of engine controllers from Thomson Technology, and reflects over 30 years of engine controller design experience, including a decade utilizing microprocessors. The result is an automatic engine/generator controller of superior design, providing a comprehensive array of operational, protection and display features. All functions of the MEC 20 are fully configurable from the front panel keypad, and are password protected. The LCD display screen prompts are in plain English, providing a user-friendly operator interface with many display options available. The microprocessor design provides high accuracy for all voltage monitoring, current monitoring and timing functions as well as providing many standard features which are commonly available only as expensive add-on optional features on competitors' products.
Download Brochure: PDF
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MPC Communication Modules |
| Thomson Technology's MPC Series of communication modules provides advanced multiple protocol converters for a wide variety of applications. Two models of MPC Series communication are available, MPC-STD and MPC-ETN.
 MPC-STD Standard Serial Multiple Protocol Converter:
- DIN rail or panel mounted compact protocol converter.
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- DB9 serial ports in any combination of RS232 / RS422 / 2 or 4 wire RS485 / CMOS.
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- Connects Thomson Technology and other controllers to a MODBUSTM network (RTU/ASCII).
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- Allows data sharing between PLC and Thomson Technology controllers MEC20 and TSC800.
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- Direct connection to the programming terminal saves additional hardware.
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- Low power consumption of only 2.5 watts.
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MPC-ETN Ethernet Multiple Protocol Converter:
- DIN rail mounted compact ethernet protocol converter.
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- Hardware with two communication ports.
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| - COM1: RS232 / RS422 / 2 or 4 wire RS485 / CMOS (Serial) |
| - COM2: 10/100Base-T connector (MODBUSTM TCP/IP) |
| - COM3: RS232/Pass through for COM1 |
- Connects Thomson Technology controllers to PLC and PC via MODBUSTM TCP/IP Network
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- Common model for connecting different devices. Serveral PLC and inverters can be supported.
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- Transparent MODBUSTM serial (RTU) to TCP/IP mode.
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- Low power consumption of only 5.0 watts
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Power Generation Controller PGC 4000 |
| The PGC 4000 is an intelligent, integrated Power Generation Controller. The PGC 4000 operated in conjunction with our modular Series 2400 Switchgear providing flexible standard designs that allow automatic paralleling of single or multiple generators for Power Generation System applications including Distributed Generation, Automatic Standby and Prime Power systems. The PGC 4000 can be configured to operate on low or medium voltage systems and can be applied with all types of generators and a variety of prime movers including gas or diesel reciprocating engines and gas or steam driven turbines.
The PGC 4000 integrates a vast array of advanced control and monitoring features with Thomson Technology's unique run-time configurability feature. Some of the advanced integrated features include utility/generator revenue grade power metering, protective relaying, engine control, synchronizing and automatic load sharing. The PGC 4000's full color, touch screen, graphical operator interface combine with Thomson's Internet/web ready Ethernet communications to make it the most user friendly, integrated power generation system controller on the market. By incorporating advanced communication interfaces, the PGC 4000 can operate in harmony with any PLC or building management system, providing maximum equipment utilisation and total energy management.
The PGC 4000 controller is comprised of a door mounted operator interface and the PGC 4000 controller, which is mounted in the switchgear control compartment. The operator interface & controller module are interconnected with an high speed Ethernet communication cable. One controller module is required for each generator set and utility feeder. One operator interface screen is provided for the complete system. Additional operator interface screens can be supplied per generator or feeder as required.
The PGC 4000 control logic & software programming for automatic synchronizing, soft-load transfer, automatic load (kilowatt) and VAR/PF control is provided as standard. The PGC 4000 also incorporates a variety of industry standard communications for remote monitoring, control, and datalogging.
Download Brochure: PDF |
Remote Annunciator EAP 110 |
 The EAP 110 annunciator is designed for remote fault annunciation of emergency standby generator setsutilizing Thomson Technology MEC 2 & MEC 20 EngineControllers. The advanced design uses a RS 422communication data lin to provide the control &monitoring signals between the engine controller andremote annunciator. The communication link allows asimple, cost effective system installation at any buildingsite. Up to 20 individual fault conditions are remotelymonitored utilizing both visual LED lights & audiblealarm annunciation. Lamp test and alarm horn silence pushbuttons are provided. Each fault is individuallyprogrammable for audible horn operation and alarmlabels are field configurable. Operation logic includes an"auto-ringback" feature to annunciate subsequent alarmconditions. For applications requiring additional alarmannunciation from remote sensing contacts, the EAP 110can accept up to 4 hardwired contact inputs dependantupon the alarm configuration. The EAP 110 is DC poweredtypically from a 12 or 24V engine starting battery. TwoEAP 110 annunciators can be interconnected together viathe communication link to allow up to 40 remoteannunciator points from a single MEC 20 engine controller(consult Thomson Technology for further details). Thestandard features of the EAP 110 meet and exceed allrequirements of NFPA 110, NFPA 99 & CSA 282-00 building code standards for Emergency StandbyGenerator systems.
Download Brochure: PDF |
Remote Annunciator EAP 1624 |
The EAP 1624 annunciator is designed to provide visual and audible alarm indications. Each alarm point is individually controlled by a separate remote contact. Energizing any of the alarm points will cause the audible alarm to sound (alarm points 1 to 4 are individually selectable to defeat the audible alarm if desired). The automatic ringback feature allows the audible alarm to sound for a subsequent fault even if it has already been silenced for a previous fault. The legend card which identifies the LED indicators is easily replaceable, and greatly simplifies field modifications. A test pushbutton is provided to allow the operator to verify operation of all LEDs. It also activates the audible alarm, and allows confirmation of operation of the silence function.
Features:
| 12 or 24 alarm circuits |
| Available for 12 or 24 VDC systems |
| Automatic Ringback feature |
| Solid-state visual (LED) and audible indicators |
| Audible alarm silence pushbutton |
| Test pushbutton |
| Internal isolation allows multiple annunciators on one system |
| Quality Assurance Standard ISO 9001:2000 |
Download Brochure: PDF |
Remote Communication Software THS 2000 |
| The Thomson Technology Remote Communication System provides remote monitoring and control of Thomson Technology microprocessor-based controllers as used in the power generation industry. The Communication Interface Module (CIM) is a hardware interface device which allows two way data transfer between Thomson Technology microprocessor-based controllers (such as models MEC 20 or TSC 800) and a remote monitoring/controlling system. Utilizing Modbus ® protocol, the CIM can be integrated with building management systems, programmable logic controllers (PLC's) or used with a stand alone personal computer (PC). For remote monitoring and control applications utilizing a stand alone PC, Thomson Technology has developed model THS 2000 Host Software which operates on standard IBM ® compatible PCs. THS 2000 is a user friendly, Windows® -based software program with pre-configured graphic screens showing operational status and analog data of connected controllers.
Download Brochure - PDF |
Series 2200 Switchgear GCS 2200 |
Code: GCS 2200
Description:
The Series 2200 generator control switchgear line represents 30 years of product development and system design experience. Each product option has been field tested and certified by Thomson Technology engineering and field service personnel providing our customers with proven quality and reliability. The Series 2200 product line offers the ultimate in custom engineered power generation system control design.
Designs are available to fit any application and can be adapted to fit an owner's specific requirements. Custom engineered systems and design recommendations are available to ensure customers select the system that meets their needs. The Series 2200 line of products can be utilized with diesel or gas engine generator sets, as well as gas, steam or hydro electric turbines. Applications include prime power, cogeneration distributed generation and standby.
By incorporating advanced communication interfaces, Series 2200 products can operate in harmony with any site or building management system, providing maximum equipment utilization and total energy management.
All Thomson Technology products are certified by OSHA's nationally recognized testing laboratories, UL or CSA. Thomson Technology systems and products meet or exceed applicable UL, CSA and IEC standards and can be supplied to meet other appropriate standards. Specific standards such as Lloyds, DNV or ABS can be applied to meet your project needs.
For over 30 years Thomson Technology has used internal quality programs to exceed our customer needs for product quality, service and support. Our Q.A. programs have enabled us to supply equipment to the US Department of Defence, Canadian National Defence and NATO. Today ISO 9000 Q.A. registration has become the standard for quality assurance program recognition around the world. Thomson Technology is an ISO 9001:2000 registered company. We consider our formal ISO registration to be recognition of our long established QA policies.
At Thomson Technology we are specialists in generator electric control products and systems. Our dedication and commitment to this highly unique sector of the market has allowed us to develop "The Series 2200 Switchgear Line" and to pass on our experience and quality through a comprehensive custom engineered product package. |
Download Brochure: PDF
Series 2400 Switchgear GCS 2400 |
| Series 2400 Switchgear is the most intelligent, advanced Switchgear available today designed specifically for use in the Power Generation Industry. Series 2400 Switchgear is configurable using standard designs allowing automatic paralleling of single or multiple generators for an unlimited number of Power Generation System applications including Distributed Generation, Automatic Standby or Prime Power systems. Series 2400 Switchgear is available for low or medium voltage applications and can be applied with all types of generators and a variety of prime movers including gas or diesel reciprocating engines and gas or steam driven turbines.
The heart of the Series 2400 Switchgear is the PGC 4000 Power Generation Controller. The PGC 4000 integrates a vast array of advanced generator control and monitoring features with run-time configurability. Advanced integrated features include utility and generator revenue grade power metering, protective relaying, engine control and synchronizing. The PGC 4000's color touch screen graphical operator interface display combined with internet/web ready Ethernet communications makes it the most user friendly, integrated power generation controller on the market. By incorporating advanced communication interfaces, Series 2400 Switchgear can operate in harmony with any PLC or building management system, providing maximum equipment utilisation and total energy management.
Download Brochure: PDF |
System 2000 Switchgear GCS 2000 |
The System 2000 family of switchgear products are divided into three application groups:
• Distributed Generation (DG)
• Auto Standby (AS)
• Prime Power (PP)
All three groups of switchgear are designed for single or multiple generator applications and are available from 208V through 15kV.
Download Brochure: PDF
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TLB Resistive Load Banks TLB & LBO |
Thomson Technology resistive test load banks utilize coiled chromium alloy load elements supported with cool cast ceramic insulators. 4.5" maximum continuous spacing is provided between each support point. All load resistor ends are fitted with silver soldered stainless steel connection studs. Thomson Technology's "cool load®" resistor design guarantees lower operating temperatures and extended life in the most adverse environments. Each "cool load®" resistor is mounted in removable load resistor frames. Load resistor frames are designed for dual pass "cool load®" resistors. Removable racks and dual pass "cool load®" resistors provide superior serviceability and reliability. Five standard load resistor frames are used in a single or stacked configuration for load banks from 20kW to 1100kW. Custom load resistor frames are available for engine radiator fan cooled load banks. Integral, direct drive, single or three phase cooling fans provide up to 25,000 CFM per load bank. Adjustable temperature and air flow sensors are provided to guarantee safety shutdown in case of airflow failure. Load bank control compartments are located in a heat resistant compartment. Control components include load stepping contactors, load step selector switches and fault indicators. Optional features include AC metering, integral overcurrent protection and automatic load step control.
Download Brochure: PDF |
Transfer Switch Controller TSC 80 / TSC80e |
The Thomson Technology TSC 80 Transfer Switch Controller utilizes the latest advancements in microprocessor technology, printed circuit board assembly and software for control of automatic transfer switches. |
Download Brochure: PDF
Transfer Switch Controller TSC 800 |
The Thomson Technology TSC 800 automatic transfer controller provides the latest advancements in microprocessor design technology for control of automatic transfer switches. The TSC 800 is factory configured to control all the operational functions and display features of the automatic transfer switch. All standard and optional control features of the TSC 800 are fully programmable from the front panel LCD display and are security password protected. The LCD display screen prompts are in plain English, providing a user-friendly operator interface with selectable display options. The microprocessor design provides high accuracy for all voltage sensing and timing functions as well as providing many standard features which are only available as add-on options on other transfer switches. |
Download Brochure: PDF
UCS Generator Control Panels UCS 200 |
The UCS 200 series auto start generator control panel is the most cost effective full featured control system available. Twenty five years of design and manufacturing experience have led to the creation of the UCS 200 panel family. One control panel can now meet your generator set control requirements throughout the world. The control center of the UCS 200 system is the MEC 20 Microprocessor based Engine/Generator Controller. The MEC 20 gives the customer a compact, user friendly, field programmable control package. The MEC 20's complement of standard features has previously only been available with costly and complicated PLC based control systems or as an expensive option from engine/generator packagers.
The UCS 200 family of control panels is available in three basic models: Version "C" - (Control only version, no breaker, no current transformers) - customized factory programming and options available Version "S" - (Control only version, no breaker, no current transformers) - available from stock, programming by customer Version "KD" - Knockdown (unassembled) |
Download Brochure: PDF |
