Electrical systems - Import export

Handling Systems for Handling Printed Circuit Boards JUKI’s handling solution includes a wide range of reliable products to assure the secure handling of printed circuit boards involving SMT manufacturing conveyors; loaders and unloaders; buffers for PCBs; other systems such as turn units, stacker units; customised solutions for individual customer requirements etc. JUKI believes in durability and reliability. Our handling products are suitable for the requirements both of small and large production systems – while providing a highly attractive price performance ratio. Our partner Electro Design has more than 30 years of expertise in the development and manufacturing of handling systems for the electronic industry. In 1987, the company marketed its first conveyor belt and has since sold about 5,000 units to customers worldwide.

Two accumulation places für high speed Low maintenance Low wear Very quiet operation Also without accumulation areas possible Upstream and downstream interlocks Settings by intuitive operating terminal In conveying direction left or either right Machine movable Power cable, length 3m OPTIONAL: One pop-out roller on entry side PLC control Table height steplessly adjustable Many specific options available, easily configurable Fully electrical system, no pneumatic connection required

Solenoid Valves Excessive heat and vibration are no match for the HG300 Solenoid Valve. Developed for the most extreme diesel engine applications, the HG300 is the toughest valve on the market. The HG300 provides reliable, trouble-free, on/off operation to protect your cooling system. The optional internal diode also protects your electrical system and ECM from potentially damaging voltage spikes. Horton backs the HG300 with a three-year/324,902 mile limited warranty — the longest in the industry! All HG300 Solenoid Valves come in a multipurpose 3-way configuration, which means they can be easily plumbed normally open or normally closed. This saves installation time and reduces inventory requirements. It's the ideal choice for any pneumatic fan drive installation. Related Products - DriveMaster Spring-Engaged Fan Drives - DriveMaster Reman Fan Drives & Repair Kits - DriveMaster Two-Speed Fan Drives - HT/S Advantage Air-Engaged Fan Drives - Advantage Reman Fan Drives & Genuine Horton Repair Kits - HT/S PolarExtreme Reman Fan Drives & HT/S or S Repair Kits Links - Order or View Literature - On-line Catalog

Machine Base Heavily ribbed cast iron structure for vibration-free performance. Adjustable slideways for wheelhead infeed and workhead traverse. Wheelhead Box type monobloc noted for its excellent vibration dampening characteristics. The precision motor grinding spindle is permanently sealed and lubricated. Workhead Located on a swivel plate which can be set to the required angular position by means of a wide-spaced scale. Collets for perfect valve alignment. Dressing Attachment The dressing attachment is permanently mounted on the worktable for rapid wheel dressing. Wet Grinding Coolant is delivered by an industrial type flood pump. The baffled coolant tank is easily removed from the machine base for cleaning. Electrical System Individual grinding spindle motor, work spindle motor and coolant pump motor all controlled by switches grouped in front of the wheelhead for ease of operation.

Energy storage systems (ESS) are an essential part for modern, environmental-friendly and energy-efficient ship propulsion systems. By using different ship operating modes, the energy balance can be significantly improved and thus, the fuel consumption and the emission volume can be reduced or in case of fully electric systems, emission can be even completely avoided. By using an energy storage system, the combustion engines operate mainly within the optimum speed and load range and this reduces the maintenance costs. Furthermore, the redundancy of electrical and common propulsion drives minimises immensely the blackout risk. In the field of energy storage, the battery storages belong to the most common and most efficient storage systems. Safe and reliable energy storage due to PBES CellCoolTM Liquid Cooling Maximum power and performance due to high performance XALT Lithium-ion cells (3C rate) Modular cell exchange concept (CellSwapTM) ensures easy renewing of old cells

Control lever for azimuth drives Various scale types available LED strip for position indication With ESS (electrical shaft system) function as an option

Control lever for thruster drives Available as a single or double control lever Various scale types available, separate ones for the two control lever handles LED strip for position indication With ESS (electrical shaft system) function as an option

Control lever for propulsion drives Control lever for propulsion drives CPP/FPP Available as a single or double control lever Various scale types available, separate ones for the two control lever handles LED strip for position indication With ESS (electrical shaft system) function as an option

NORISYNC 4 is our new power management system (PMS) and optimises the generation and use of electricity. Core of the system is the new power management controller NORISYS 4 PMC. It is based on our open automation platform NORISYS 4 that was especially developed to automate marine applications. As a customised solution, NORISYNC 4 efficiently manage the power distribution, load depending start and stops of diesel generators, the load sharing, synchronising the generator set power and also the use of the energy storage system (ESS) of hybrid and fully electric propulsion systems. CPU based multi-master system for flexible system scalability Safety through redundant communication Different operation modes Easy system configuration Intelligent control of energy storage systems Standardised interfaces to higher level systems Remote access for maintenance and service Approvals in preparation: BV, DNV-GL, LR

The ESX-IOXp is a small, compact and freely-programmable control unit from the 16-bit control unit family. Due to its compact construction, it mainly facilitates the automation of small machines and attachment devices. The control unit can be used optionally with four LS outputs for the realization of motor bridges and with four PVG outputs. It features an XC2287 processor with 80 MHz by Infineon and 768-kB Flash, 1-MB-RAM- and 8-kB EEPROM memory. Software The application software for the ESX-IOXp can be created highly efficiently either in "C" or in CODESYS V2.3 IEC61131. In the programming interface, numerous convenient functions such as current controllers and ramp functions for outputs or frequency averaging for inputs are integrated.

With the ESX-MBC, we present a new CAN-J1939 module especially for the agricultural and construction machine sector, to control electric motors and actuators in a performance range of up to 200 W. It provides four fast PWM half bridges (each 10 A) with current measurement and two further digital power outputs (each 4 A). Of these, two half bridges respectively, which can be combined to form one motor full bridge, and one digital output are supplied via a safety relay (max. 15 A per safety relay). The module also possesses four multifunction inputs, one module identification output, one digital output and one fixed voltage output for sensor supply. All analog signals are processed with a 12-bit resolution.

In addition to the ESX-3XL (L for Large), an ESX-3XM (M for Medium) is also available, which accords approximately with half an ESX-3XL with regard to the construction size and the number of inputs/outputs.Both control units are suitable for safety-oriented applications up to Performance Level PL d or Safety Integrity Level SIL 2, and are based on a common architectural concept: The robust aluminum die cast housing with automotive plug-in connectors contains a fast 32-bit microcontroller with six MB Flash and four MB SRAM, four CAN interfaces, one serial interface, one buzzer and several LEDs.

The ESX-3CS is a compact, robust and efficient control unit. In addition to the ESX-3CM, an ESX-3CS (C = Compact, S = Small) rounds off the third generation of ESX control units. The “C” stands for “Compact” and indicates that all pins are fixed assigned prior to the hardware definition. The functions of these pins can be defined in more detail using software. Both control units are also suitable for safety-oriented applications up to Performance Level PL d or Safety Integrity Level SIL 2, and are based on a common architectural concept: The robust aluminum die cast housing with automotive plug-in connectors contains a fast 32-bit microcontroller with four MB Flash and eight MB SRAM, up to two CAN interfaces, one serial interface, Ethernet, LIN and two LEDs.

The ESX-3XM is a robust and efficient control unit. In addition to the ESX-3XM ((X = Expandable, M = Medium)), an ESX-3XL (X = Expandable, L = Large) is also available, which approximately accords with a double ESX-3XM with regard to the construction size and the number of inputs/outputs. Both control units are suitable for safety-oriented applications up to Performance Level PL d or Safety Integrity Level SIL 2, and are based on a common architectural concept: The robust aluminum die cast housing with automotive plug-in connectors contains a fast 32-bit microcontroller with six MB Flash and four MB SRAM, four CAN interfaces, one serial interface, one buzzer and several LEDs.

The ESX-3CM is a compact, robust and efficient control unit. In addition to the ESX-3CS, an ESX-3CM (C = Compact, M=Medium) rounds off the third generation of ESX control units. The “C” stands for “Compact” and indicates that all pins are fixed assigned prior to the hardware definition. The functions of these pins can be defined in more detail using software. Both control units are also suitable for safety-oriented applications up to Performance Level PL d or Safety Integrity Level SIL 2, and are based on a common architectural concept: The robust aluminum die cast housing with automotive plug-in connectors contains a fast 32-bit microcontroller with four MB Flash and eight MB SRAM, up to four CAN interfaces, one serial interface and several LEDs.

The ESX-3IOS is a CAN-I/O module for the extension of the inputs/outputs of a master control unit via CAN. The communication with the master control unit takes place via CANopen, CANopen Safety, the STW protocol ECeS and J1939. The ESX-3IOS fulfills the safety requirements laid down in SIL 2 and PL d. For safe communication, the CANopen safety protocol and ECeS are supported. In addition to the Wake-up via terminal 15 / D+, Wake-up can also be carried out via CAN. Due to the robust aluminum die cast housing, a total current of up to 12 A can be implemented. The ESX-3IOS has over 16 inputs and 15 outputs.

The ESX-4CS-GW is the first control unit of the fourth generation. The new platform is in turn based on the current AURIX family by Infineon. This AURIX family contains multicore and single core processors. The ESX-4CS-GW (C = Compact, S = Small, GW = Gateway) is equipped with a multicore processor with four internal processors. Three of these cores are available for the creation of your application. The fourth core serves as the lock step core for safety-oriented applications. Furthermore, the processor is equipped with the following internal memories: 8 MB Flash, 2 MB RAM and 32 kB EEPROM. An external 16 MB flash memory is also available. As the device was designed as a central gateway module, six CAN interfaces are available in addition to the five Ethernet interfaces, four of which represent an Ethernet switch for mobile applications. Furthermore, the device can support CAN-FD. The number of I/Os (12 x In, 6 x Out) has been adapted to the concept of a gateway module.