Bussmann by Eaton Circuit Protection

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The Compact Circuit Protector (CCP) from Bussmann by Eaton is a compact, finger safe fused disconnect offering superior protection.The revolutionary CCP is designed as a fused branch circuit rated disconnect with a footprint 2/3 the space required by a traditional fusible switch.

Class CC, Midget & 10×38 CCP

Key Features:

  • Extremely compact design at 17.5mm wide per pole
  • High Short-Circuit Current Ratings up to 200kA
  • Disconnect Rated to provide means for load isolation
  • Full Voltage Rated 600Vac or 80Vdc
  • UL 98 disconnect rated for protection of branch circuits with Low-Peak Class CC fuses
  • Complies with UL, CSA, and IEC standards accepting UL Class CC, Midget or IEC aM and gG fuses
  • Horsepower rated for protecting motor circuits with Class CC units
  • IP20 finger-safe construction with 10AWG wire or larger
  • Built-in switch interlock capability prohibits removing the fuse under load
  • Padlockable handle for lock-out/tag-out procedures
  • Available in 1-, 2- and 3-pole versions

CF CUBEfuse

 Key Features:

  • Uses finger-safe Class CF CUBEFuse with Class J performance
  • Extremely compact design at 25.4mm (1 inch) wide per pole
  • High Short-Circuit Current Ratings at 200kA
  • Disconnect rated to provide means for load isolation
  • Full voltage rated at 600Vac
  • UL 98 Listed and suitable for branch circuit disconnect and branch circuit protection
  • 1-, 2- and 3-pole versions are horsepower rated
  • Complies with UL and CSA
  • IP20 finger-safe construction with 10 AWG wire or larger
  • Built-in switch interlock capability prohibits removing the fuse under load
  • Padlockable handle for lockout/tag out procedures

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Honeywell’s Guide on How to Choose the Right Pressure Sensor

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Today’s pressure sensors are called on to work within the harshest of environments – with the most hostile and corrosive media – or sometimes to take the simplest of pressure readings.

So, how do you select sensors that address multiple customer-specific performance requirements?

First, decide what the application for the sensor is. Then, you’ll need to ask some of these basic questions, such as, how extreme are the temperatures or corrosive nature of the media being measured? Is the environment a vibration challenge? What is the pressure range that needs to be measured in psi, bar, inches of water, etc.? How much time are you willing to devote to the integration of the sensor, or must it be ready to implement and forget? What is the pressure type (gage, absolute, differential)? How accurate does the pressure measurement need to be? And, just as important, what are the size and price constraints?

For those selecting and implementing pressure sensors into their designs, high on the list of critical features include:

  • Very low drift over time or temperature and humidity extremes
  • No need to calibrate after mounting to a PCB
  • Temperature compensated and calibrated
  • Custom calibration availability
  • An extremely tight and consistent accuracy specification
  • A wide variety of package styles and options with the same performance specifications
  • Provides a true measurement of accuracy that could be used to really evaluate, rather than having to test

Features that will help designers make an accurate sensor selection include:

  • Leading long-term stability
  • Insensitivity to vibration
  • High burst pressures and high working pressure ranges
  • Flexibility and excellent repeatability
  • Onboard signal conditioning
  • Insensitivity to mounting orientation
  • Custom calibration availability
  • Internal diagnostic functions
  • Energy efficient
  • PC- or SPI-compatible digital output or analog output
  • Small form factor

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Gopher Custom Solutions is here to help with your customization needs

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INCANDESCENT Backlighting Gulping too much Battery Power?

When an application needs extended battery life, Gopher Custom Solutions (GCS) may be able to help. Our prowess in Electronic Component Distribution over the past 60+ years has been coupled with Design and Assembly skills to solve problems.

One customer, an off-road equipment manufacturer, had switch panels using incandescent backlighting, which caused high failure rates and high power consumption. Said backlighting design was also too fragile and difficult to install.

Gopher Custom Solutions (GCS) proposed green SoLiCo LED backlighting strips as a solution. These strips have an IP67 rating, making them dust and immersion protected. As solid state devices SoLiCo’s LED’s have over 50,000 hours of life and lower power consumption. GCS matched the existing harness requirements and connector pinouts to deliver a drop-in replacement. The customer now receives one part number per panel and applies them to the Point-of-Use. Problem Solved!

Cut and drill 6′ lengths of Latching Duct with unique mounting holes

Gopher Custom Solutions may also be able to help when an application demands tight-tolerance cutting and mounting and/or hole-drilling, without piles of scrap material.

An OEM’s recent processes called out the need to cut and drill 6′ lengths of Panduit Latching Duct into a myriad of smaller pieces, on the manufacturing floor. The inefficient process created bins of scrap material and extra tooling, hence an inefficient use of resources.

GCS now Kits 7 different lengths (tops and bottoms) into one package with holes drilled per each drawing. The customer receives 1 part number, not 14. Assembly Technicians receive each Kit and apply at the Point-of-Use. Value added solutions like this one increase efficiency and profitability. Problem Solved!

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ebm-papst’s RadiCal

ebmpapstRadiCal is the latest ebm-papst backward curved radial impeller design. The innovative styling of the impeller was perfected using complex simulation modeling, and precisely adjusted using prototype measurements. The air intake and flow channel geometries are the outstanding features of RadiCal impellers. Shaped to minimize energy losses and flow separation as air moves through the impeller, these features result in increased aerodynamic efficiency and lower acoustic noise. These impellers, combined with ebm-papst GreenTech® EC motors with continuous speed control, provide the most efficient, flexible and quietest centrifugal fans on the market.

Features and Benefits

  • High aerodynamic efficiency
  • Quiet running, especially reduced tonal noise
  • Unrivaled compactness
  • Robust and maintenance free
  • Choice of proven single or 3-phase asynchronous motors, or more efficient GreenTech EC motors
  • GreenTech EC versions available in fixed speed or variable speed control options

Target Markets and Applications

  • Air-conditioning
  • Data Center
  • Energy Generation
  • IT / Telecom
  • Industrial
  • Medical
  • Mobile
  • Ventilation

Approvals

  • UL
  • CE
  • CSA
  • VDE

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Gems’ Sensors

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For 60 years Gems Sensors & Controls has designed and manufactured a broad range of sensors to meet a variety of customer needs. Some sensors offered include:

Gems’ flow sensing portfolio is designed for versatility and performance. It is organized into five product types. Piston types are designed for low flow rates in gases and liquids from 50 cc/min to 20 GPM, with choice of alloy or plastic housings. Shuttle models are used with high flow rates from 0.5 GPM to 100.0 GPM. Paddle models are for larger line sizes, typically 1.25″ and up. Thermal dispersion technologies feature no moving parts, making them ideal for applications where particulate matter is also a concern. Electronic flow sensors encompass state-of-the-art electronics and positive visual indication.

Gems’ liquid level sensors provide high-reliability monitoring and detection of a wide range of fluid media. They are offered in a broad range of contact, non-contact and non-intrusive liquid level sensors. Available in multiple technology types, including magnetic reed switch-based floats, solid-state electro-optical, conductivity, capacitive, ultrasonic and piezo-resonant.

Gems offers a wide range of industrial pressure sensors. Each is ruggedly designed to address measurement challenges in hydraulics and pneumatics: water and wastewater, HVAC, OEM compressors and pumps, refrigeration systems, oil and gas, off-highway, machine tooling, medical gases, in-process control, and other applications.

These highly visible, paddle wheel designs offer accurate visual indication, flow rate sensing and switching. The visual indication is combined with a choice of either pulsed DC output 0-10V DC analog or adjustable 1 Amp switched output. Available with brass, stainless steel or hydrolytically-stable polypropylene housings. Line sizes: 1/4˝ to 1˝ (.64 to 2.5 cm). Adjustable settings: 0.1 to 60 GPM (.38 to 227 l/m).

Gems’ high purity sensors are designed for ultra-pure fluid applications. PTFE and PVDF resist build-up of foreign material and sticky media. These high-purity level sensors come in single, multi-point, float and electro-optic types.

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Eaton Switches

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Eaton offers solid performance vehicle and commercial controls for global applications, including everything from electromechanical pushbutton, rocker and toggle designs, to electronic rocker, indicator and display devices, all of which are customizable to meet your needs.

Types of Switches include:

Rocker Switches
A full field-proven line of rockers designed for excellence in any vehicle application. They enable you to maximize efficiency and increase machine uptime even in the most extreme environments.

Pushbutton Switches
Available in a wide variety of configurations, for almost any standard industry application.

Toggle Switches
Eaton’s extensive line of toggle switches offers the widest selection of features and the design flexibility to meet the needs of almost any application.

Electronic Switch Modules and Vehicle Displays
Electronic Switch Modules (eSM) and the Electronic Vehicle Display (eVU) are custom ordered, application specific electronic communications products from Eaton’s vehicle and commercial controls catalog.

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Pepperl+Fuchs Sensors

pepperl_emailPepperl+Fuchs is known around the world as a pioneer and innovator in electrical explosion protection and sensor technology. Their main focus is on meeting your unique requirements and needs, while having a passion for automation and groundbreaking technology. These products offer strength and versatility to develop specific solutions to meet all sensor technology and interface needs.

Distance Sensors

Distance measurement sensors from Pepperl+Fuchs use the optical concept of Pulse Ranging Technology (PRT). With modern PRT, distances to 300 m with accuracies of 0.1 mm are easily achieved. 

Industrial Vision Sensors

The available devices and systems range from barcode imagers to vision sensors and system solutions that are adapted to the application requirements. The complexity of the solution and the cost of integration vary with each application.

Photoelectric Sensors

Pepperl+Fuchs’ broad range of photoelectric sensors is aimed at all automation solutions where noncontact object detection can be utilized. These sensors have IP ratings up to IP69K and have powerful features such as automatic cross-talk protection, “4-in-1TM” output, high ambient light resistance and high visibility indication LEDs are standard. The wide variety of different operating principles, models, sizes and specifications means that the best possible sensor can always be found for the relevant application.

Proximity Sensors

Proximity sensors offer reliable non-contact detection and are designed for tough industrial environments. With sensing ranges to 100mm and over 2000 sensor models, proximity sensors are the preferred choice for the majority of applications requiring accurate, non-contact detection of metallic objects in machinery or automation equipment. 

Rotary Encoders

Rotary encoders may be used in all applications that require monitoring rotation rate, speed, acceleration and direction. These sensors can be utilized in many applications found in mechanical engineering, the conveyor industry, material handling and the packaging industries.

Ultrasonic Sensors

Ultrasonic sensors are characterized by reliability and outstanding versatility. They may be used to solve even the most complex tasks involving object detection or level measurement with millimeter precision, because the measuring method works reliably under almost all conditions. The devices are extremely robust, making them suitable for even the toughest conditions. They are available in discrete or analog outputs, Teflon-coated models and sensing ranges up to 10 meters.

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Carling Switches

04_Carling_switchesnewest copyCarling Technologies offers a wide variety of switches including rocker, toggle, push-button and rotary style. Aesthetic and functional options include circuit configurations, AC & DC ratings, insulated and water-resistant constructions, termination, mounting, custom colors and imprinting. Carling switches are well known for their performance and reliability.Types of Switches Include:

Rocker Switches

  • Ranging from 1 to 4 poles, .4 VA to 20 amp
  • Many styles of solid colored, translucent & two-color Visi-Rockers
  • Certifications include UL, CSA, TUV, VDE, and more
  • V-Series Contura & L-Series certified for IP66, IP68 & UL 1500

Toggle Switches

  • Range from 1 to 4 poles, 1 to 20 amps
  • Offer a variety of nylon and metal toggle styles, also illuminated toggles
  • Several families of heavy-duty toggle switches are available, as well as a high-temperature snap-in toggle switch series

Push Button Switches

  • Range from 1 to 20 amps
  • Offer a variety of nylon and metal push button styles with actuation force ranging from light action 0.4 oz to heavy duty 8 lbs
  • UL & CSA certified

Rotary Switches

  • Carling offers four-position, eight-position, and repeating action single pole rotary switches ranging from 1 to 8 amps
  •  UL & CSA certified

Mini & Submini Switches

  • Come in 1-4 pole configurations from 0.10A to 6 amps
  • The miniature and subminiature switch lines include rocker, paddle, toggle, push button, and slide switches with PC, PCB, snap-in, & surface mount options

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Honeywell Can Meet All Your Sensing Needs

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Honeywell Sensing and Control offers a wide variety of sensors to meet many application needs. Some of the sensors offered include:

Airflow Sensors
Total Error Bands (TEB) as low as ±0.25 %, allows for precise airflow measurement, often ideal for demanding applications with high accuracy requirements. Fast response time allows each design to respond quickly to airflow change, important in critical medical (e.g., anesthesia) and industrial (e.g., fume hood) applications.

Force Sensors
Low deflection helps reduce measurement error. Direct mechanical coupling of the actuation ball to the sense element reduces coupling errors and keeps mechanical hysteresis to a minimum. 20 million MCTF provides for consistent output over time and reduces repairs or replacements. Potential industrial applications include load and compression sensing, variable tension control, robotic end-effectors and wire bonding equipment.

Hall-Effect Sensors
Supply voltage as low as 2.2 Vdc, combined with very low average current of 1.8 μA typ., reduces power consumption, provides extended battery life, and promotes energy efficiency. Push-pull output does not require external pull-up resistor, simplifying interface with common electrical circuits and potentially reducing PC board space and costs. Potential applications include motion control, lid closure detection, presence-absence, metering, and displacement sensing on battery-operated and mobile equipment.

Humidity Sensors
Industry-leading long term stability minimizes system performance issues, helps support system uptime by eliminating the need to service or replace the sensor during its application life and eliminates the need to regularly re-calibrate the sensor. Potential industrial applications include: HVAC/R, air compressors, weather stations, telecom cabinets, incubators/micro environments and in such potential medical apps such as respiratory therapy, incubators/micro environments.

Liquid Level Sensors (LLE Series)
The LLE Series liquid level sensor provides a single point detection via a TTL compatible output. When liquid is present on the surface of the sensor the output sinks up to a maximum of 10mA. The LED and phototransistor chips are sealed into the base of the plastic dome in such a position that light is totally internally reflected from the dome boundary to the phototransistor.

Gopher Sensors in Stock

TE Connectivity AMP Mate-N-Lok

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The Mini-Universal MATE-N-LOK Connector System offers wire-to-wire and wire-to-board connections with contacts on a 4.14 mm [.163] centerline and current ratings up to 9.5 Amps max. per line. Plug and receptacle housings allow wire-to-wire and wire-to-panel configurations and header assemblies offer wire-to-board connections in vertical and right angle configurations. Wire-to-wire, free-hanging or panel mount options are available in 1-15 position in-line, dual row or matrix configurations and wire-to-board systems in dual row and matrix configurations are available in 2-24 positions. Hermaphroditic housings are also available in 2-4 positions for free-hanging applications. Crimp, snap-in pin and receptacle contacts are used to terminate 30-16 [0.05-1.2 mm2] AWG wire with insulation diameters up to 3.20 mm. The Mini-Universal MATE-N-LOK Connector System also offers a splash-proof design allowing for use in areas where high humidity, intermittent liquid splashing or foam-in applications require a sealed connector for improved electrical performance. The sealed system is available in select 2-16 positions.

FEATURES AND BENEFITS

  • Discrete wire interconnect available in 1-24 position wire-to-wire and wire-to-board pin and receptacle connector system
  • Contacts are on 4.14 mm centerline spacing
  • Contacts are available in strip form or loose piece
  • Pins and sockets can be accommodated in the same housing
  • Vertical and right angle pin headers
  • Splash-proof design for applications that require sealing
  • UL, CSA & VDE approved

PRODUCT APPLICATIONS

  • Household appliances
  • Indoor and outdoor lighting
  • Medical equipment
  • Security systems
  • Industrial controls
  • HVAC system controls
  • Storage and networking systems

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