Toshiba offers a wide range of drives for any application needed. Drives are easy to service and operate, also drives are able to withstand harsh environments. These drives are cost-efficient and designed for high-performance operation. Toshiba drives are reliable, heavy duty user-friendly and eco-friendly components, for your project requirement.
The Toshiba AS1 is designed to for almost any applications and offers a reliable and easy service use. The AS1 variable frequency drive can operate and withstand extreme environments, because the component offers a sealed cabinet design. The AS1 provides a heavy duty performance which provides 30 % of its rated power for use in stopping a high or heavy inertia load, without the use of a dynamic brake resistor.
The FS1 is an adjustable speed drive for the HVAC market and is specifically complete all applications. The FS1 Series is easy to operate, eco-friendly, low maintenance and cost efficient.
The Toshiba G3 Plus Pack is a adjustable frequency drive that is designed to withstand extreme harsh weather conditions. The G3 is a solid-state AC drive that ranges from 66-1500 KVA and features true torque control, that enables motors to develop high-starting torque and compensates for motor slip. The G3 Plus Pack is suitable for a variety of applications that require unparalleled motor control and rugged reliability.
The G7 Series is an adjustable frequency drive that provides flux vector technology with or without using encoder feedback. Toshiba adjustable speed drive component is designed to tight control and torque and speed while maintain a high-performance platform.
The Toshiba GX7 Series PWM is an adjustable speed drive that is a severe duty drive that is engineered to withstand any conventional application in the industry. This component offers flux-vector technology with or without encoder feedback. The Toshiba GX7 drive is user friendly and designed to handle harsh conditions and following through with a high-performance platform.
The Toshiba H7 Series drive is designed for industrial communication in the most demanding manufacturing environments.
The H9 adjustable speed drive is a high performance power platform. It offers a dual 32-bit processor control and operates the toughest of applications while still maintaining a high level of control. The Toshiba H9 Series provides a flexible and reliable interface in the industry.
The HX7 Plus Pack is an adjustable speed drive designed to withstand harsh conditions. This state-of-the art component is PWM adjustable speed drive that is engineered to provide tight speed control, while offering the industry’s most user-friendly operator interface. This drive is available in NEMA 1 and NEMA 3 packages and the drive’s enclosures offer 12-gauge steel construction with a durable powder-coated finish.
The HX7 Electronic Operator Interface features menu-driven programming and direct access to all of motor control parameters. This component contains a built-in rotary encoder that makes programming quick and easy.
The P9 Series is an adjustable speed drive used for pump control that incorporates the Virtual Linear Pump (VLP) Technology. This component controls pressure, temperature and flow. The P9 eliminates obstacles that might interfere with integral part of pump control and sets a new standard in ingenuity, performance, and ease-of-use for the pump industry.
The Q9 Series is an adjustable speed drive that offers flexibility in controlling and monitoring, durability and dependability. This electronic operator interface features an LCD display and a simple keypad layout for quick and easy parameter navigation. This component offers eight digital inputs, three digital outputs, three analog inputs, two analog outputs, EOI, and several other communication protocol options.
The S11 is a micro inverter that provides maximum torque with precise speed control. This component features easy operation and a compact design, with advanced technology that allows versatile communications.
The W7 Series is an advanced Electronic Operator Interface that features menu driven programming as well as direct access to all parameters. This component is designed for Water and wastewater applications within the industrial industry.
The MTX NEMA 3R Medium Voltage is an Outdoor Medium Voltage ASD. The MTX is the world’s first ASD designed for outdoor mounting in remote applications where buildings do not exist. This component offers a innovative enclosure design and power section topology that is in the medium voltage ASD arena. The MTX features two enclosures combined with the transformer section offering convection-cooling. Heat is eliminated through passive vents at the top of the drive and the inverter section is cooled. Power modules are designed with heat sinks on the back to send waste heat into the atmosphere. The interior section of component is cooled using plate-type heat exchangers so it remains cool and clean without introducing outside air.
The T300 Medium Voltage Drive is a designed transformer and rectifier schemes that provide phase-shift cancellation capabilities, eliminating issues concerning harmonic injections into bus-fed equipment. This component exceeds IEEE-519 requirements without additional harmonic filters.
– Compact and light weight
– Safety Design
– No External Surge Protection Rquired
– Capacitor Application
– Long Life and High Frequency of Operation
– High Withstand Voltage
– Versatile Options
– Low Control Power Consumption
– Meets Latest IEC Standard
–Environment Resistant: Ideal for use in high dust areas. Switching arc is contained within the vacuum bottle, shielding the main contacts.
–Reduced Maintenance: Vacuum bottle contacts have long life with virtually no maintenance required.
– No External Surge Protection: Special main contact materials minimize chopping current. No surge suppresser required.
– Designed for Safety: High voltage and low voltage parts are totally separated by an insulated barrier (non-flammable molded frame).
– Electronic Control Drive Unit: All contactors include electronic control of the operating coil which offers a wide control voltage of 100-240Vac & 100-250Vdc, anti-chopping feature and reduce power consumption.
– CV-10H (13.8/15kV) Contactor: The CV-10H contactor is now rated 400A inductive & 450A thermal, and is available in latched non-ltached versions. The CV-10HB is designed for capacitor switching and is rated up to 13.8kV.
– Designed for Longer Wear: Unique vertical magnetic arc dispersion system, USA patent (HCV-1KAU, HCV-6KAU & HCV-6KALU).
– Compact and Lightweight: Smaller than air break contactors of equivalent electrical performance.
– Conformity to International Standards: Conforms to international industrial standards such as UL, CSA, AS, BS, NEMA, and IEC. Consult factory on each series.
– Higher Interrupting Performance: Afforda wide margin of protective coordination with any type of power fuse resulting in increased electrical safety and reliability.
Toshiba’s Oil Well Pump motor series is designed to handle harsh environments including installations in remote locations. Motors are engineered for oil industry use and offer a high-slip, high-torque design with protective screens to safeguard against outdoor elements. This component is corrosion resistant and highly structural, it is reliable and durable.
Toshiba’s Vector motor series is engineered for more extreme operational requirements for today’s variable speed applications. The EQPIII is built as a base for this motor product and designed to withstand aggressive environment that requires tight vector control such as, material handling, conveyor and machine tooling and several other process-oriented applications. This component is built for indoor and outdoor inverter operation and is not intended for conventional process.
Toshiba’s Quarry Duty motor series can exceed extreme demands of the cement and aggregate industries. Quarry duty motors utilize enclosed fan cooling designs and provide Design C torque, oversized superior-grade roller bearings, and shafts built with high strength 4142 steel. The roller bearings on the motor’s drive-end allows heavy radial loads with belt-driven applications. This motor series exceeds NEMA MG1 Part 31 requirements and is designed for horizontal, vertical, indoor or outdoor applications.
The Explosion Proof motor series is designed to meet UL and CSA Listed Hazardous Locations requirements. This component is built for indoor and outdoor use and is designed to withstand harsh environments and applications.
Toshiba’s Vertical P-Base motor series is designed to for petrochemical and material processing industries. This product line is built to withstand the harshest conditions and offers some of the highest efficiency and torque ratings, which allows components to have a longer life and greater liability. This design meets API 610 specifications for chemical processing applications and all motors include patent-pending lubrication improved flow and circulation of grease and oil for a longer more bearing life. This series is engineered to allow for indoor and outdoor applications exceeding NEMA MG1 Part 31 requirement, and is offered in standard and premium efficiencies.
The Toshwash SS motor series is designed for food and pharmaceutical industries. This series can endure daily hot cleaning solutions and pressure washing and is suitable for indoor and outdoor applications. The Toshwash SS is a tough washdown duty motor that approaches five times the normal life cycle of other applications requiring frequent washdowns. This motor series exceeds NEMA MG1 Part 31 requirements.
Toshiba Power Apparatus & Components(PAC) features components and assemblies for your project specifications and applications
Toshiba Components include Vacuum Circuit Breakers, Vacuum Contactors and Electronic Relays.
Vacuum Circuit Breakers which are designed for Vacuum technology and are used for breaker applications. Vacuum Circuit Breakers offer the HV6 Series, VZ Series, VK/HVK Series, VJB Series and VHA Series.
Vacuum Contactor Components are available in series, HCV-5HA(L), HCV-6KA(L)U, HCV-/1JBU/1KAU and CV-10. These series are 1.5kV-15 kV voltage, 320A-720A current ratings.
Electronic Relay Components are used for motor protection, temperature monitoring and current sensing and is available in Model RC820.
Assemblies offer Medium Voltage(MV) JK Starters, MV JK Solid State Starters, MV JK OEM Power Cells and Low Voltage Solid State Starters.
Medium Voltage JK Starters are designed for use as a controller for transformers and capacitor seitching, as well as an induction, wound rotor and synchronous motor starter. This engineered assembly can be configured as individual controllers/starters or in control center lineups with incoming disconnect switches or in conjunction (bussed) with our HVK switchgear.
Toshiba JK Series is available in the following types:
– Full Voltage Non-Reversing (FVNR)
– Full Voltage Reversing (FVR)
– Reduced Voltage Autotransformer (RVAT)
– Solid State Starter (SSS)
Medium Voltage Solid State Starters provide control and are designed for tough applications including: Soft Start Control for smooth starting and reduced inrush. This assembly features the following:
– Soft Start
– Motor Overload Protection (Solid State)
– 125% Continuous
– 500% -60 seconds, 600%-30 seconds
– Vacuum Bypass Contactor
Control Display includes:
– Digital Microprocessor
– LCD Status and Alarm Display with 12 LEDs
Low Voltage Solid State Starters (LV SSS) offers advanced motor protection and control for customers that have a problem starting the motor across the line. This is the solution for mechanical and electrical problems. This assembly will eliminate wear and damage from full voltage starting and reduce line disturbances and voltage drop caused by starting large loads.
The HV6 Series Vacuum Circuit Breaker is designed for medium voltage, low capacity power receiving and transforming facilities. This component features a low surged and compact sized for a wide variety of applications including power centers, portable substations and generator protection.
The VJB Series is a medium voltage vacuum circuit breaker, that offers an extended service life expectancy. This product line has a simple maintenance structure and is conventional for easy use. The VJB Series ensures quality safety from fire hazards for the safety of all operations. It is more compact, smaller and lighter compared to other types of breakers. The VJB Series is reliable and durable, and designed for frequent switching operations.
– Complete Line of 5-38kV, to 1500MVA
– Meets or Exceeds ANSI Standard
– Compact and Light Weight
– State of the Art Design, Versatile Features
– Safety and Quality
– High Current Interrupting Cpability
– Reduction of Operating Energy
The Gateway is a protocol converter that allows a device with a modbus RTU protocol to talk to a Toshiba T-Series PLC. The Gateway software is designed to communicate and registers between devices and controllers to registers in Toshiba PLC.
The OIS40R is the same OIS (Operator Interface Station) as the OIS40 except that the PLC communication port is selectable, RS232 or RS485. As a result, its location is not limited to the 2 m maximum distance from the PLC like the OIS40. It can be located up to 1000 m (a little over ½ mile) from the PLC.
Another new feature on the OIS40R is that the keypad overlay is included separately. The overlay can easily be stuck on the OIS40R or replaced by a custom overlay which better describes the application—giving the operator more guidance on operation / data entry.
Standard features include:
– 20 Character by 4 Line Display
– 8 Function / Macro Keys
– Numeric Key Pad for Data Entry
– 8 User Programmable LEDs
– Unlimited Screens & Tasks
– 16 Definable Alarms
– Ethernet Port on OIS120
Use for programming, connection to PLC, or connection to higher level controller. Communicate across the plant or across the country.
– Multi Language Capability
Display text information in any Microsoft supported language. Export text file to co-worker in another country so that he can add his language. Then import text into OISeup32 software.
– Pop Up Screens & Keypads
Conserve screen space on touch screens by popping up a keypad for data entry. Press a flashing alarm button to display a detailed alarm screen.
– Alarm and Event Monitoring
Monitor status of alarms and specific events on one screen.
Touch screens can display process trends graphically for easy interpretation of process/machine history.
– Horizontal or Vertical Orientation
Mount the touch screen so that it best fits the application. Screens can be created in either horizontal or vertical format.
– Support for Floating Point Data
IEEE format double register data can be attached to any screen object such as bargraphs, meters, etc.
– Serial Port Available for Printing Screens and Alarm Data
Send PLC or connected device information to any serial printer.
– Low Cost OEM Keypad Models that Require No Programming Software
Use large memory capacity of Toshiba PLC to store messages and perform data entry.
– Keypad Overlays Ship Separately on most Keypad Models
Allows OEMs to easily add custom overlay for specific application.
RS232/CMOS to RS422/RS485 Converter converts RS232/CMOS lines to balanced RS422 or RS485 signals. RS232/CMOS to RS422/RS485 converter is available in two models,CNV-01and CNV-02-B.
Power is isolated from communication ports in CNV-01 model, whereas communication ports are not isolated. The converter is a port-powered (line-powered: RXD+RTS+CTS) or externally powered. In case of point to point communication and if the cable length is less than or equal to 2 mtr. at RS232 side, then external power supply is not needed. This unit takes less than 4mA to operate plus load current. Applications which require a large load current, external +24VDC power supply on the terminal strip is required. (NOTE: CMOS signals are not available with CNV-01 model) Both the communication ports as well as power is isolated in CNV-02-B model. This model operates on external 24VDC supply.
The unit has DB9 female connector on RS232/CMOS side and PBT on RS422/RS485 side. RS485 port has 4-wire with signal ground system and can also be made as 2-wire RS232-RS485 converter with signal ground system.
– Micro Programmable Controller with add-on expansion I/O modules.
– Large Memory Base
– High Speed, Easy Programming