Lovato Electric Products

Lovato Electric Products

For 88 years, LOVATO Electric has grown and developed in the market of electromechanical and
electronic components for electrical equipment.
LOVATO Electric, one of the first companies in Italy to obtain ISO 9001 certification in 1992, offers over 10,000 product codes complying with the strictest international standards.
Motor protection circuit breakers, contactors, push buttons, limit switches, soft-starters, relays, digital multimeters and power factor regulators are just some of the products totally designed and produced by LOVATO Electric.
LOVATO Electric in Italy together with its 11 foreign Companies and 59 official distributors, is the reference point for the international distribution of LOVATO Electric products in over 88 Countries.
LOVATO Electric can only develop its activities by successfully utilising the potential, culture and knowledge of its collaborators. A ‘TEAM’ that benefits both Customers and Suppliers.

ELECTROMECHANICAL STARTERS

The electromechanical starters in enclosure are designed for mounting contactors and overload relays on low-rated machinery and in any type of application where there is no specific place for electrical equipment.
Adapter plates and quick connect wiring are available to assemble compact direct-on-line, reversing or star-delta starters.

- Direct-on-line starters complete with thermal overload
relay in insulated enclosure
- Direct-on-line starters without or to be completed with
thermal overload relay in insulated encosure
- Reversing contactor assemblies
- Changeover contactor assemblies
- Star-delta starters, open frame
- Star-delta starters, in enclosure
- Star-delta starters with electronic TM ST time relays,
open frame on 35mm top-hat rail.

CONTACTORS

The series of LOVATO ELECTRIC contactors includes three and four-pole versions, with AC, DC and DC low consumption coil (only for BG and BF type).
The contactors, 110A AC3 and higher, have a coil which operates indifferently in AC or DC with very reduced consumption.
Many accessories are available for the entire range.

Types
- Three-poles
- Four-poles
- Four-pole versions with 2NO+2NC or 4NC main poles
- For power factor correction
- Control relays.

MOTOR PROTECTION CIRCUIT BREAKERS

The SM series is a new generation of motor protection circuit breakers with thermal and magnetic trip releases.
An extensive range of settings (0.1 to 100A) and four class sizes allow the control and protection of motors up to 45kW (400V).

Types
- Motor protection circuit breakers SM1:
from 0.1A to 32A (Icu 400V 50kA)
- Motor protection circuit breakers SM2-SM3:
from 28A to 100A(Icu 400V 50kA).

MOTOR PROTECTION RELAYS

Thermal overload relays for motor protection have adjustment ranges between 0.09 and 420A.
They may be mounted directly on the contactors or independently.

Types
- Phase failure sensitive with manual reset
- Phase failure sensitive with automatic reset
- Non phase failure sensitive with manual reset
- Non phase failure sensitive with automatic reset
- Thermistor protection relays.

AC MOTOR DRIVES

A host of available functions along with the constructive features allow to use the new VF motor drives in the most diversified applications: cement, paper, chemical, petrochemical plants, waterworks and gas ducts and many others.
Careful design of the front control panel and menu configuration warrant flexible selections along with easy and clear installation and set-up of the motor drive.

Types
- Single and three-phase
- Single-phase up to 2.2kW - 230V
- Three-phase up to 630kW - 400V.

- Built-in EMC filter
- Built-in DC reactor for 18.5 up to 630kW types
- Configurable type of motor control: linear V/F, vector
control, energy saving
- Special functions for pump and fan control using PID algorithm
- Programming and supervision software
- IP54 versions available on request
- Versions available up to 600VAC on request
- HVAC versions, compliant with IEC/EN 61000-3-12
standards, available on request
- Certifications obtained: UL for USA and Canada, CSA, C-Tick
- Compliant with standards: EN 50178 and IEC/EN 61800-3.

SOFT STARTERS

Torque ramp control, built-in by-pass contactor, LCD display and remote control and supervision via PC or GSM are only a few of the innovative functions on board the ADX starters.
LOVATO Electric soft starters include ratings between 17 and 1200A, providing the ideal solution for starting electrical motors.

Types
- With integrated by-pass contactor
- Predisposed for external by-pass contactor.

- 12A to 1200A types
- Integrated by-pass contactor up to 245A rating
- Torque control starting
- Total motor protection incorporated
- Clock calendar
- Digital control and adjustment.
- RS232 and RS485 serial ports for remote supervision and control
- Modbus^® RTU and property ASCII communication protocols.

SWITCHING POWER SUPPLIES

Lovato Electric switching power supplies, intended for industrial, commercial and residential automation, transforms an input alternating (AC) voltage into an output direct (DC) one.
Thanks to the switching technology, very high levels of efficiency, extremely compact-sized devices and reduced heat dissipation are obtained.
The wide operating range of power supply voltages and the wide choice of output current allow to satisfy power supply requirements of the most common electromechanical and electronic elements, such as PLCs, timers, DC motors, displays, SSRs and other equipment normally found in automation systems.

- Modular version
- DIN rail mount version.

- Single, two and three-phase types
- Versions in industrial modular housing
- Protection against short circuits, overloads and voltage peaks
- High efficiency
- Parallel connection using switch placed on model fronts (some

only)

TIME RELAYS

The LOVATO Electric time relays are suitable for industrial
automation because of the extensive range of functions.
Available in modular, DIN rail mount or plug-in/flush-mount version, these LOVATO Electric time relays have excellent time and repeat accuracy.

MODULAR TIME RELAYS (DIN 43880):
- On delay. Multiscale.
Multivoltage AC/DC supply
- Multifunction. Multiscale.
Multivoltage AC/DC supply. 1 relay utput
- Multifunction. Multiscale.
Multivoltage AC/DC supply. 2 relay outputs
- Recycle. Indipendent timings. Multiscale.
Multivoltage AC/DC supply
- Off delay. Multiscale. Multivoltage AC/DC supply
- For starting. Multiscale. Multivoltage AC/DC supply
- Staircase.

DIN MOUNT TIME RELAYS: - On delay, multiscale. AC supply - On delay, multiscale. AC/DC supply - Off delay at external contact opening, multiscale. AC/DC supply - Multifunction, multiscale and multivoltage. 1 changeover contact - Multifunction, multiscale and multivoltage. 2 independent changeover contacts - Programmable asymmetrical recycle - For starting.
PLUG-IN AND FLUSH-MOUNT TIME RELAYS 48X48MM : - On delay, single scale and singlevoltage - On delay, multiscale and multivoltage - On delay, multiscale and singlevoltage - Multiscale, multivoltage and multifunction. - Modular versions for consumer switchboards - 35mm DIN rail mount version - Plug-in or flush-mount version - Vast range of functions and time scales - Reliable time and repeat accuracy. www.sordselectric.com 800-929-4825

P&F Ultra Sonic Sensors

Pepperl and Fuchs manufactures Ultra Sonic switches and sensors.

Pepperl and Fuchs Ultrasonic sensors present the ideal solution for non-contact position and distance measurement in all industrial areas where environmental conditions such as dust, smoke or steam may affect the sensors. Objects consisting of a variety of materials can be detected to within millimeters regardless of color or shape.
The ultrasonic sensor produces a data carrier utilizing very high frequencies that are outside the human’s audible range. The time it takes for that ultrasonic wave to pass between the sensor and the object is the value for the distance or the position. Ultrasonic sensors have proven their reliability and precision in many industries, including lumber and furniture, construction materials and equipment, farming equipment and in level control applications.
Pepperl+Fuchs’ ultrasonic sensors currently encompass twelve series of mechanical designs for through-beam, direct detection and retro-reflective operation. Customer and application specific custom solutions underscore our technological competence in this area of sensors.
Product features:
Devices with TEACH-IN functionality for fast and simple installation
ULTRA 3000 software for improved adaptation of sensors to applications
Adjustable sensitivity to the sound beam width for optimized adjustment of the sensor characteristics according to the application
Temperature compensation - compensates for sound velocity due to varying air temperatures
Synchronization input to prevent cross-talk interference when sensors are mounted within close proximity of each other
Sensors with digital and/ or analog outputs

A Pepperl and Fuchs ultrasonic through-beam sensor consists of a transmitter and a receiver that are installed so they are facing each other.
The working principle of ultrasonic through-beam sensors is based on the transmission of a sound wave from the transmitter to the receiver being interrupted by the object that is being detected. The transmitter generates an ultrasonic signal that is evaluated by the receiver. When the ultrasonic beam is damped or interrupted by the object being detected, the receiver output switches states.
No electrical connections are required between transmitter and receiver and the functionality of the ultrasonic through-beam sensors is also independent of the installation location. To prevent dirt particles from accumulating, however, we recommend placing the transmitter facing up when components are mounted vertically.
Product Features:
Long detection ranges since the ultrasonic beam only travels in one direction
Short response times
Less subject to faults and thus very suitable for applications in difficult conditions
Additional installation expense since both units have to be wired.

In the direct detection system,

The transmitter and receiver are in the same housing in this type of ultrasonic sensor. A single ultrasonic transducer is switched cyclically between transmit and receive mode. The object itself acts as the sound reflector.
Product features:
The sensing range depends on the reflectivity of the object, including the surface properties and the angle of incidence. These effects can be compensated for (within limits) by a sensitivity adjustment
Low installation expense, since the sensor consists of just one unit
Sensitive to changes in the reflective properties of the target
Dual transducer system
Placing separate transducers for transmitting and receiving next to each other in the same housing significantly reduces the blind range since there is no need to wait for the transmitter signal to decay.
Ultrasonic sensors with discrete outputs and analog outputs are available as direct detection sensors. All direct detection sensors that support the "Window mode" output function can also be used as retro-reflective sensors (see retro-reflective sensors).

Please visit us at Sords Electric

Ultrasonic Switches and Sensors

Sords Electric sells Ultrasonic Sensors and switches. Ultrasonic sensors use sound waves for sensing.

Ultrasonic sensors are commonly used for a wide variety of noncontact presence, proximity, or distance measuring applications. These devices typically transmit a short burst of ultrasonic sound toward a target, which reflects the sound back to the sensor. The system then measures the time for the echo to return to the sensor and computes the distance to the target using the speed of sound in the medium [1,2,3].
The wide variety of sensors currently on the market differ from one another in their mounting configurations, environmental sealing, and electronic features. Acoustically, they operate at different frequencies and have different radiation patterns. It is usually not difficult to select a sensor that best meets the environmental and mechanical requirements for a particular application, or to evaluate the electronic features available with different models. Still, many users may not be aware of the acoustic subtleties that can have major effects on ultrasonic sensor operation and the measurements being made with them.
The overall intent of this article is to help the user select an ultrasonic sensor with the best acoustical properties, such as frequency and beam pattern, for a particular application, and how to obtain an optimum measurement from the sensor. The first step in this process is to gain a better understanding of how variations in the acoustical parameters of both the environment and the target affect the operation of the sensor. Specifically, the following variables will be discussed:
• Variation in the speed of sound as a function of both temperature and the composition of the transmission medium, usually air, and how these variations affect sensor measurement accuracy and resolution • Variation in the wavelength of sound as a function of both sound speed and frequency, and how this affects the resolution, accuracy, minimum target size, and the minimum and maximum target distances of an ultrasonic sensor • Variation in the attenuation of sound as a function of both frequency and humidity, and how this affects the maximum target distance for an ultrasonic sensor in air • Variation of the amplitude of background noise as a function of frequency, and how this affects the maximum target distance and minimum target size for an ultrasonic sensor • Variation in the sound radiation pattern (beam angle) of both the ultrasonic transducer and the complete sensor system, and how this affects the maximum target distance and helps eliminate extraneous targets • Variation in the amplitude of the return echo as a function of the target distance, geometry, surface, and size, and how this affects the maximum target distance attainable with an ultrasonic sensor
Fundamental Ultrasonic PropertiesUltrasonic sound is a vibration at a frequency above the range of human hearing, usually >20 kHz. The microphones and loudspeakers used to receive and transmit the ultrasonic sound are called transducers. Most ultrasonic sensors use a single transducer to both transmit the sound pulse and receive the reflected echo, typically operating at frequencies between 40 kHz and 250 kHz. A variety of different types of transducers are used in these systems [4]. The following sections provide an overview of how the sound pulse is affected by some of the fundamental ultrasonic properties of the medium in which the sound travels.
Speed of Sound in Air As a Function of Temperature In an echo ranging system, the elapsed time between the emission of the ultrasonic pulse and its return to the receiver is measured. The range distance to the target is then computed using the speed of sound in the transmission medium, which is usually air. The accuracy of the target distance measurement is directly proportional to the accuracy of the speed of sound used in the calculation. The actual speed of sound is a function of both the composition and temperature of the medium through which the sound travels (see Figure 1).

Carlo Gavazzi’s UA Series ultrasonic sensors are designed for both distance measurement and object detection in tough environments. The range consists of both M18 and M30 housings. Discrete output types are available for presence and absence detection, and are ideally suited for detecting objects,such as transparent objects, that cannot be reliably detected by other sensors.Analogue output types are available on our sensors for applications requiring a measurement of the target object, such as detecting the level of fluid in a tank. The analogue models have your choice of 0-10 VDC or 4-20 mA outputs. Our more advanced ultrasonic sensor models incorporate teach functions, which allow the set-points to be configured with the push of a button, and via Windows-based software for applications where greater control of sensor parameters and variables is required. The Windows version also allows for settings to be saved and downloaded to multiple devices.

Carlo Gavazzi Ultrasonic Diffuse, Dual Transistor Outputs Type M18 and M30

The Gavazzi UA 18 series self-contained multi function diffuse ultrasonic sensor with a sensing range of 60 to 3500 mm. 2 switching outputs - easily set up for 3 different switching modes and adjusted by teach-in - makes it ideal for level control tasks in a wide variety of vessels. A sturdy one-piece polyester housing provides the perfect packaging for the sophisticated microprocessor controlled and digitally filtered sensor electronics. Excellent EMC performance and precision are typical features of this sensor based on true distance measurement.

Carlo Gavazzi Ultrasonic Diffuse, Analogue Output Type UC 80

A self-contained multi function diffuse ultrasonic sensor with a sensing range of 600 to 6000 mm. The analog output is easily set up in 2 setpoints, pos./neg. slope and adjusted by teach-in -makes it ideal for level control tasks in a wide variety of vessels. A sturdy one-piece ABS housing provides the perfect packaging for the sophisticated microprocessor controlled and digitally filtered sensor electronics. Excellent EMC performance and precision are typical features of this sensor based on true distance measurement.

http://www.sordselectric.com/

OSHA Rule Expands Requirements for GFCI Use

OSHA Rule Expands Requirements for GFCI Use
Buy at Sords Electric


Are you compliant?
An important change in OSHA Regulations in 2007 has broadened
the requirements for using portable GFCI’s inmost industries.



OverviewMandatory use of portable Ground Fault Circuit Interrupters (GFCI’s) began in the 1970’s not long after the Occupational Safety and Health Administration (OSHA) was formed by an Act of
Congress. The first requirements for GFCI use resulted from an OSHA mandate applying to
Construction Industry businesses. The mandate required the use of GFCI’s whenever
“temporary power”was used on the jobsite. The resulting use of GFCI’s in construction work has saved many workers’lives in the intervening years since the mandate was issued.
Capitalizing on the Construction Industry safety benefits realized, new regulations which went into effect in August, 2007 extended GFCI-use requirements for the first time to OSHA’s General Industry category of businesses which cover most of the rest of U.S. industry with the exception of agriculture, mining and maritime. Now, in order to comply with OSHA Regulations, a great deal of maintenance, remodeling or repair activities, involving buildings, structures or equipment must be done with workers using GFCI protected equipment.
The new activities for which OSHA has mandated the use of GFCI’s cover a large segment of industrial functions having“construction-like” characteristics such as are found in MRO, facilities engineering and disaster preparedness and recovery disciplines. Industries covered include
product and materials manufacturing, automotive manufacturing, breweries and bottling plants, chemical and petrochemical processing, food processing and many others.
Previously, most portable GFCI extension cords, quad boxes and other ground fault
protection equipment have been bought by construction and electrical contractors.
Distributors will now find many new opportunities for GFCI sales with their industrial customers.

BACKGROUND

OSHA’s scope of regulation covers three major business areas; the Construction Industry, the Maritime Industry and a third category, General Industry, which covers most other business enterprises except for those in mining and agriculture which are overseen by other government
agencies. OSHA’s regulations are Federal Law and are contained in the U.S. Government’s Code of Federal Regulations (CFR). Violations of OSHA regulations can subject companies to legal action and fines.
Prior to the most recent update, OSHA's General Industry electrical regulations (29CFR1910, Subpart S) were last updated in August 1990 and were based on Part I of the National Fire Protection Association’s NFPA 70E Standard entitled Electrical Safety Requirements for EmployeeWorkplaces (1988 Edition). OSHA’s Construction Industry electrical regulations (29CFR1926, Subpart K) were last updated in 1986. NFPA 70E provides practical application to
OSHA requirements. Numerous enhancements in technology have occurred since these regulations were last revised.
In an effort to bring its regulations up to date, OSHA published new General Industry regulations in 2007 based on Part I of the 2000 Edition of NFPA 70E. In doing so, and in response to requests from industry stakeholders, OSHA has provided General Industry companies with new rules that reflect more current versions of NFPA 70E and the National
Electrical Code (NEC). In fact, until they are updated in the future, the General Industry rules regarding GFCIs are now more up-to-date than those for the Construction Industry.


Regulations


Set forth below are the actual citations from OSHA’s General Industry regulations that were issued in 2007. Keep in mind that prior to the issuance of these new regulations, OSHA did not require the use of GFCIs for construction-like work performed by General Industry companies.


From29CFR1910, Subpart S, Article 1910.304(b)(3)
Ground-fault circuit interrupter protection for personnel.

1910.304(b)(3)(i)
All 125 Volt, single-phase, 15 and 20 Ampere receptacles installed in bathrooms or on rooftops shall have ground fault circuit interrupter protection for personnel.

1910.304(b)(3)(ii)
The following requirements apply to temporary wiring installations that are used during construction-like activities, including certain maintenance, remodeling, or repair activities involving buildings, structures or equipment.

1910.304(b)(3)(ii)(A)
All 125 Volt, single-phase, 15, 20, and 30 Ampere receptacle outlets that are not part of the permanent wiring of the building or structure and that are in use by personnel shall have ground fault circuit interrupter protection for personnel.
Note 1 to paragraph (b)(3)(ii)(A) of this section: A cord connector on an extension cord set is considered to be a receptacle outlet if the cord set is used for temporary electric power.
Note 2 to paragraph (b)(3)(ii)(A) of this section: Cord sets and devices incorporating the required ground fault circuit interrupter that are connected to the receptacle closest to the source of power are acceptable forms of protection.

1910.304(b)(3)(ii)(B)
Receptacles other than 125 Volt, single-phase, 15, 20, and 30 Ampere receptacles that are not part of the permanent wiring of the building or structure and that are in use by personnel shall have ground fault circuit interrupter protection for personnel.  (Extension cords with Ground Fault built in.)

1910.304(b)(3)(ii)(C)
Where the ground fault circuit interrupter protection required by paragraph (b)(3)(ii)(B) of this section is not available for receptacles other than 125 Volt, single-phase, 15, 20, and 30 Ampere, the employer shall establish and implement an assured equipment grounding conductor program covering cord sets, receptacles that are not a part of the building or structure, and equipment connected by cord and plug that are available for use or used by employees on those receptacles.


TRC is an internationally recognized leader in electrical safety products that protect equipment, prevent electrical fires and protect against electrocution and serious injury from electrical shock.

Sords Electric sells TRC products.

800 929-2845

Toshiba S11 Micro Drives

The Toshiba S11 Adjustable Speed Drive is the next generation of micro drives. The S11 provides maximum torque with precise speed control. It features an easy-to-use, quiet and compact design. A removable terminal board, larger terminals, bidirectional speed search and PID control are just a few features that make this drive stand out against other micro drives. No other micro drive delivers such reliable performance and extensive capabilities at such a competitive price.

************ NOTE ~ NOTE ************

THE S11 DRIVE HAS BEEN REPLACED BY THE   S 15 TOSHIBA   MICRO DRIVE AS OF JANUARY 2013.  Some S11's remain but Toshiba is only manufacturing the S15 DRIVE.  The S15 comes in a standard version and a premium version. Visit our web site for both versions.

************ NOTE ~ NOTE ************

Voltage Regulation	Adjustable within the range of 50-600V by correcting the supply voltage (not adjustable above the input voltage)
PWM Carrier Frequency	Adjustable between 2.0KHz-16KHz. (default 12 KHz/current derate applies above 4KHz)
Control System	Sine Wave PWM System
V/Hz Pattern	Open Loop Vector, Constant Torque, Variable Torque, Auto Torque Boost, Manual Torque Boost, automatic energy saving, dynamic automatic energy saving, PM motor control, Auto Tuning, Base Frequency 25-500Hz, Torque Boost 0-30%; Start Frequency .5-10Hz
Overload Rating	150% for 60 seconds, 200% for .5 second
Frequency Setting	Potentiometer and Digital Input on Front Panel, Remote Potentiometer (1-10KOhms), 0-10Vdc (input impedance VIA/VIB=30KOhm), 4-20mAdc (input impedance 250 Ohm, 15 preset speeds by contact closure)
Frequency Precision	Analog Input ±0.5% of the Maximum Output Frequency, Digital Input ±0.01% of the Maximum Output Frequency
Frequency Command Resolution	0.01Hz Operation Panel, 0.1Hz Analog Input
Output Frequency Range	0.5-500Hz (default 0.5 -80Hz, maximum frequency 30-500Hz)
Frequency Jump	3 Frequencies with Adjustable Range
PID Control	Proportional Gain, Integral Gain and Differential Gain Settings and Control Wait Time
Upper and Lower Limit Frequencies	Upper Limit Frequency: 0 to max frequency, Lower Limit Frequency: 0 to upper limit frequency
Input Terminals	8 input terminals programmable to 65 functions. Logic selectable between sink and source.
Analog Inputs	(1) 4-20mA, (1) 0-10V or 1-10KOhm Potentiometer Connections
Output Contacts	1 Open Collector and 1 Relay contact programmable to 58 functions.
Analog Output	1mA / 7.5Vdc or switch selectable to 0-20mA (4-20mA), programmable to 19 functions
Power Terminals	Input (L1, L2, L3), Output (T1, T2, T3), DCL (PO, PA), DBR (PA, PB), DC BUS (PA, PC)
Protective Functions	Stall Prevention, Current Limitation, Output Short Circuit, Overvoltage, Overvoltage Limitation, Undervoltage, Ground Fault, Power Supply Phase Failure, Output Phase Failure, Overload Protection, Overcurrent at Startup, Overtorque, Undercurrent, Overheat, Cumulative Operation Time, Life Alarm, Emergency Stop, Braking Resistor Overload, Various Pre-alarms
Retry	ASD can automatically clear fault upon trip. Programmable to 10 times with wait time up to 10 seconds between retry.
Restart	ASD will smoothly catch a freewheeling motor.
Ambient	Temperature: -10-50°C, 14-122°F. Humidity 93% non-condensing
Installation	NEMA 1/IP20 (enclosed type)
LED Indications	Run, Monitor Mode, Program Mode, % and Hz Indication, Frequency Setting Mode by Potentiometer or Up/Down Keys, DC Bus Capacitors Charged
Monitoring	Operation Frequency, Operation Frequency Command, Forward/Reverse Run, Output Current, Voltage in DC Section, Output Voltage, Torque, Torque Current, Drive Load , DBR Load, Input Power, Output Power, Monitor of Input and Output Terminals, CPU and Memory Versions, PID Feedback and Frequency Command, Rated Current, Past Trips 1-4, Parts Replacement Alarm, Cumulative Run Time
Selectable Display Units	Current and voltage display selectable between Amps/Volts or % along with scaling factor multiplier.

S9 to S 11 cross reference

TOSHIBA S9 H.P. Volts / Phase TOSHIBA S11

VF S9-2004PL-WN 1/2 230 / 1 and 3 phase - VF S11-2004PL-WN

VF S9-2007PL-WN 1 230 / 1 and 3 phase - VF S11-2007PL-WN

VF S9-2015PL-WN 2 230 / 1 and 3 phase - VF S11-2015PL-WN

VF S9-2022PL-WN 3 230 / 1 and 3 phase - VF S11-2022PL-WN

VF S9-2004PM-WN 1/2 230 / 3 and 3 phase - VF S11-2004PM-WN

VF S9-2007PM-WN 1 230 / 3 and 3 phase - VF S11-2007PM-WN

VF S9-2015PM-WN 2 230 / 3 and 3 phase - VF S11-2015PM-WN      In Stock as of 2/22/2014

VF S9-2022PM-WN 3 230 / 3 and 3 phase - VF S11-2022PM-WN

VF S9-2037PM-WN 5 230 / 3 and 3 phase - VF S11-2037PM-WN

VF S9-2055PL-WN 7 1/2 230 / 3 and 3 phase - VF S11-2055PM-WN

VF S9-2075PM-WN 10 230 / 3 and 3 phase - VF S11-2075PM-WN    In Stock as of 2/22/2014

VF S9-2110PM-WN 15 230 / 3 and 3 phase - VF S11-2110PM-WN    In Stock as of 2/22/2014

VF S9-2150PM-WN 20 230 / 3 and 3 phase - VF S11-2150PM-WN

VF S9-4007PL-WN 1 460 / 3 and 3 phase -  VF S11-4007PL-WN        In Stock as of 2/22/2014

VF S9-4015PL-WN 2 460 / 3 and 3 phase - VF S11-4015PL-WN

VF S9-4022PL-WN 3 460 / 3 and 3 phase - VF S11-4022PL-WN

VF S9-4037PL-WN 5 460 / 3 and 3 phase - VF S11-4037PL-WN

VF S9-4055PL-WN 7 1/2 460 / 3 and 3 phase - VF S11-4055PL-WN   In Stock as of 2/22/2014

VF S9-4075PL-WN 10 460 / 3 and 3 phase - VF S11-4075PL-WN

VF S9-4110PL-WN 15 460 / 3 and 3 phase - VF S11-4110PL-WN

VF S9-4150PL-WN 20 460 / 3 and 3 phase - VF S11-4150PL-WN

In Stock as of February 2014: 
TOSHIBA S9-2022PM-WN
TOSHIBA S9-4055PL-WN

Also review the new Toshiba P9 Drive / Inverter designed for Pump use.

See the product on our Sords Electric web site.

800-929-2845 and ask for Syd our Drives expert.

Timers ~ ATC

Anderson-Bolds still sells and stock timers. Timers are used throughout industrial processes. Computers, PLC's and HMI's have taken the place of timers in many instances but discreet timers still have their place. ATC or Automatic Timing and Control still makes many styles of timers.

For over 80 years, process engineers and machine designers have turned to Automatic Timing & Controls first for reliable control products. These high-performance products are engineered to provide accurate and repeatable operation in all types of industrial environments. Our products play an integral part in countless industries; including food processing, plastics, packaging, water treatment and many OEM applications. The ATC product family has expanded to include 1/16 DIN timers, panel-mounted timers, electromechanical timers, counters, solid state cube and plug-in timers, photoelectric laser sensors, and time delay relays (TDR).

The ATC 365C Timer is microprocessor-based digital timer with three rotary knobs for setting and adjustment of the Preset. The Preset can be any three-digit value from .01 Sec to 999 Hrs. The Decimal and Range are switch selectable. The high-intensity blue vacuum fluorescent display is DIP switch selectable to Timeup or Timedown. Two heavy-duty 7A DPDT relays provide instantaneous, interval or delayed output control. Plug-in panel mounting allows easy replacement without the removal of field wiring.

A compact version of the 335 Timer, the ATC 355B is its exact functional duplicate, packaged in a 72mm² DIN-Size housing, it occupies 40% less panel space and costs proportionately less. Modern production and assembly techniques have all but eliminated hand wiring, enhancing the reliability and life expectancy of the 355B.
COMPUTER TESTED RELIABILITY: The Solid-State 355B is manufactured from a series of computer-tested plug-in circuit boards and assembled virtually without hand wiring. Because it has no moving parts in its logic circuits, its life expectancy is practically unlimited. Even the load relay — the 355B’s only significant mechanical component — has a life expectancy of 100,000,000 operations (no load). As a result, the 355B achieves an overall reliability that surpasses even the high level achieved by previous Shawnee timers.

The ATC Model 655 timer is an electronic control that will retrofit most round case electromechanical timers. the control performs the same timing modes (ON-Delay or Reverse Start Delay) as electromechanical units, and it is capable of timing ranges from 1 millisecond to 199 hours, 59 minutes. On the bottom inside of the control are DIP switches which can be set, in seconds, to establish the timing mode and time range. Our unit will plug into competitive mounted cases without wiring changes in most instances. Remove the electromechanical timer, set ours, plug it into the electromechanical timer case and you’re ready to run. DIP switch setting instructions for electromechanical timers are supplied with 655 installation instructions.

Instantaneous & Delayed: A version of the 405A is available with one set of SPDT instantaneous contacts and one set of SPDT delayed contacts. The instantaneous contacts transfer as soon as the timer is powered. The delayed contacts transfer at time out. This contact arrangement can be used to replace many conventional timers.
On Delay/Interval Timing Mode Version: A version of the 405A is available with selectable On delay or Interval timing modes. This version has a set of DPDT output contacts. When in the On delay mode, the contacts transfer at time out. When in the Interval mode, the contacts transfer when power is applied and release at time out.
Universal Power: All 405A timers can be powered using 24-240 VAC or 24 VDC power, greatly simplifying ordering and inventory management of replacement units.
1/16 DIN Housing: The 48mm² (1/16 DIN) housing is compact and is watertight when panel mounted. The 405A is mounted in an 8-pin round (octal) socket. With an optional mounting clip, the 405A can be panel mounted.
The Dial on the 405A is extra large and is easy to read. When fractional ranges are selected, decimal points are clearly indicated.
The Mode select and Range select switches are located on the side of the unit, so that when panel mounted, these switches are not accessible to the operator. This tamper proof feature prevents unauthorized or hazardous changes to the timing mode and range from being made. The 405 timers are FM approved.

The 409A has a Push Button built into its front dial. When pressed, the timer starts and provides an interval time delay. The 409A has a set of DPDT output contacts. When the Push Button is pressed with power applied, the contacts immediately transfer. After the timer has timed out, the contacts release.
Universal Power Supply: All 409A timers can be powered using 24-240 VAC or 24 VDC power, greatly simplifying ordering and inventory management of replacement units.

Noted for its circuit flexibility, the 305E also provides the highest accuracy among analog timers. Available for either ON-Delay or
OFF-Delay operation.
The 305E provides delay, interval or pulse timing function for up to 7 load circuits through two instantaneous and two delayed switches. It features a plug-in design and cycle progress indication.
HIGHEST ACCURACY: Because of its exclusive infinite engagement clutch, the 305 has a repeat accuracy of 0.2%, highest of any timer in its class.

The 422A FLIP-FLOP is available with Repeat Cycle operation. During Repeat Cycle operation the 422A cycles ON and OFF repeatedly, allowing periodic cycling of a load. Two knobs are available to individually adjust the ON-time and the OFF-time. The 422A can be ordered with either the relay being energized during the first timing period or de-energized during the first timing period.
The 422A FLIP-FLOP is also available with Single Cycle operation. With Single Cycle operation, the 422A will cycle ON and OFF one time. This is commonly referred to as “one-shot” operation. The 422A can be ordered with the relay being energized during the first timing period or de-energized during the first timing period.
There are six selectable timing ranges available for the ON-time period and 6 selectable ranges for the OFF-time period. These ranges can be ordered as either 1 and 10 SEC/MIN/HRS or 5 and 50 SEC/MIN/HRS. Having these ranges individually selectable for ON-time and OFF-time allows for a load to be energized for a brief time over a cycle that can last up to 50 hours. This is ideal for lubrication or other maintenance functions that must occur each shift or day during a plant operation.
The 422A’s 1/8 DIN housing is compact, and designed for panel mounting. The timer is mounted in an 8-pin round (octal) socket. The front of the 422A features 2 knobs. One knob is used to set the On-time and the other knob is used to set the Off-time for the timer’s cycle.
The timing range for the On-time and Off-time can be individually set. The range select switches are located on the side of the housing, so that when panel mounted, these switches are not accessible to the operator. This tamper proof feature prevents unauthorized or hazardous changes to the timing range from being made.
The output of the 422A is a DPDT mechanical relay which is rated for 10 Amps at 30 VDC and 240 VAC. The 422A can be ordered with this output being energized during the first timing period, or de-energized during the first timing period.
A single Flip-Flop Timer can be powered using 24-240 VAC or 24 VDC power, greatly simplifying ordering and inventory management of replacement units.
The 422A has individual LED indicators for ON-time and Off-time. These LED’s provide a unique and effective method of cycle progress indication. Off before timing, the LED’s blink at an ever increasing rate as the cycle progresses: once every 3 1/2 seconds during the first 10% of the cycle, twice during the second 10%, and so on until the timing cycle is complete. (In the 1, 5, 10 and 50 second ranges, the LED is Off before timing and steady On during the timing cycle).

A versatile dial-adjustable time delay relay, the ATC 328 provides a choice of ON-delay, OFF-delay or interval operation for any timing period between 50 mSec and 10 hours...all in the same timer. Based on a unique digital circuit, it features cycle progress annunciation and is suitable for the most demanding industrial service.
Designed for Industrial Service: With a load relay that is rated for 100,000,000 mechanical operations, and power supply that protects circuit components against the voltage transients that are typical of industrial plants,the 328 has a long life expectancy even in tough environments.

An economical solid-state TDR with octal plug-in base, the 339 maintains excellent repeat accuracy despite wide voltage and temperature variations. even after long periods of down-time. Two models are available. Each has six dial selected ranges from fractions of a second to as long as 10 hours. Each model has a selectable on-delay or interval timing mode.
Wide Choice of Ranges: In addition to the short ranges expected of an electronic TDR, the 339 is also available with ranges as long as 10 hours. An unusually versatile timer, the 339 has six dial-selected ranges—from 0.3 sec to 3 hours or 1 sec to 10 hours—and provides dial-adjustable timing periods between 0.075 seconds and 10 hours. A single 339 model thus accommodates the needs of a wide range of applications, allowing the user to select easily and precisely—an appropriate range to permit optimum setting accuracy. The dial face automatically displays the selected range.

All ATC timers are UL listed.

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