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The LBP-Xell is a Lithium battery block which can be connected in different ways to generate the system voltage or capacity you need, to power your application.

Angle encoder modules from HEIDENHAIN are combinations of angle encoders and high-precision bearings that are optimally adjusted to each other. They are characterized by their high degree of measuring and bearing accuracy, their very high resolution, and the highest degree of repeatability. The low starting torque permits smooth motions. Due to their design as completely specified and tested composite components, handling and installation is very simple.

Angle encoder modules from HEIDENHAIN are combinations of angle encoders and high-precision bearings that are optimally adjusted to each other. They are characterized by their high degree of measuring and bearing accuracy, their very high resolution, as well as optimum repeatability. The low starting torque permits smooth motions. SRP angle encoder modules are additionally equipped with an integrated torque motor. They therefore combine a motor, precision bearing and encoder with very high accuracy in one compact system. The torque motor with its very low detent torque enables extraordinarily smooth motion control. Neither disruptive detent torques nor radial forces impair the high guideway accuracy of the bearing. Thanks to their design as completely specifi ed and tested composite assemblies, handling and installation is very simple.

Angle encoder modules from HEIDENHAIN are combinations of angle encoders and high-precision bearings that are optimally adjusted to each other. They are characterized by their high degree of measuring and bearing accuracy, their very high resolution, and the highest degree of repeatability. The low starting torque permits smooth motions. Due to their design as completely specified and tested composite components, handling and installation is very simple. Setup Since HEIDENHAIN manufactures the bearings as well as the encoders, the two functional assemblies are highly integrated. Fewer components are necessary than in conventional solutions, resulting in fewer joints. This permits a very compact and rigid design, with particularly low overall heights. Currently, angle encoder modules with hollow shafts of 35 mm and 100 mm are available.

BLAZE DISPLAY's Part No.:BSB3650-01 Outline Size:179*144*13.5mm Viewing Area:151*120mm Display Type:STN /Negative Polarizer Type:Transmissive Operating Temperature:-25℃ — +75℃ Storage Temperature:-30℃ — +80℃ Operating Voltage:5V Viewing Direction:6 O’CLOCK Backlight:LED (White) Controller Driver IC:HT1621 Drive Mode：1/4 DUTY 1/5 BIAS

Part Number: BDT-T3237-01 ● Display Format: 240 x 320 ● Size: 3.2" ● View Direction:12H ● Interface: MCU ● Built-in Controller: ILI9341V ● Control-Board: No ● Brightness(cd/m²): 200 ● Frame Through Hole: No ● Touch Screen: Optional

Part Number: BGB240128-02A ● Character LCD 240 x 128 (dots) ● FSTN-Gray / STN-Gray / STN-YG / STN-Blue ● Built-in controller ((RA6963 or Equivalent) ● +3.3V / +5.0V power supply ● 1/128 duty , 1/12bias ● Viewing Direction: 6H / 12H ● Interface: 8080 8-bit parallel ● Backlight (Side LED): White / Green / Blue / Yellow-Green / RGB / Orange / Amber ● Temp: N.T / W.T / Super W.T

Outline size（mm）： 80.00 × 36.00 × 8.00 Viewing Area： 66.00 × 16.00 Active Area： 60.70× 11.57 Controller IC： ST7066U or Eqv. Interface： Parallel Backlight：LED Remarks： 16×2PIN

Outline size（mm）： 80.00 × 36.00 × 11.00 Viewing Area： 64.50 × 14.50 Active Area： 55.70 × 11.00 Controller IC： ST7066U or Eqv. Interface： Parallel Backlight：LED Remarks： 1×16PIN

Part Number: BGB320240-02 ● Graphic LCD 320 x 240 (dots) ● FSTN-Gray / STN-Gray / STN-YG / STN-Blue ● Built-in controller ((RA8835 or Equivalent) ● +3.3V / +5.0V power supply ● 1/240 duty, 1/17bias ● Viewing Direction: 6H / 12H ● Interface: 6800/8080 8-bit parallel ● Backlight (Side LED): White / Green / Blue / Yellow-Green / RGB / Orange / Amber ● Temp: N.T / W.T / Super W.T

Part Number:BGB12864-09A ● Character LCD 128 x 64 (dots) ● FSTN-Gray / STN-Gray / STN-YG / STN-Blue ● Bulit-in controller ((NT7108C or Equivalent) ● +3.3V / +5.0V power supply ● 1/64 duty , 1/9bias ● Viewing Direction: 6H / 12H ● Interface: 6800 4/8-bit parallel ● Backlight (Side LED): White / Green / Blue / Yellow-Green / RGB / Orange / Amber ● Temp: N.T / W.T / Super W.T

— For continuous feed water control — Increased efficiency of flue gas heat exchangers — Fewer pump circuits — Constant boiler water level — Minimum flow rate for cooling the feed pump is assured Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— For the reliable fuel supply with gas — Preassembled for fast installation — Rigorous compliance with official requirements — Increased operating reliability — Also for biogas- and hydrogen-fuelled systems Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— Secure use of condensate in steam boiler systems — Decreases in energy and water consumption due to reduced quantities of make-up water — Minimisation of flash steam losses, desalting and blowdown quantities; reduced consumption of chemicals — Reduced corrosion potential in the steam condensate system when using high-pressure condensate systems

— For the recovery of heat from desalinated water/condensate — Increase in system efficiency of up to 2% — Reductions in fuel, cooling water and waste water costs — Fast and easy assembly, requires just a small number of connections before it can be used Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— Save up to 1.8% in fuel costs through a higher level of waste heat utilisation — Easy retrofitting to older systems thanks to a small space requirement and simple piping — Matched control for safe operation of the boiler and components — Quick amortisation, even on systems with few operating hours — Ready for operation with just a few connections — Simple commissioning, operation and maintenance

— Fully automatic softening of the fresh water prevents the formation of limescale — Reliably soft feed water for preventing calcification of the boiler surfaces — Ensures efficient heat transfer, high efficiency and long service life of the boiler — High level of operational reliability and integration into the boiler control system — Needs-oriented automatic operation possible for unsupervised operation, even with fluctuating raw water hardness — Ideal in combination with the fully automatic water analysis device

— For covering short-term peak loads — Compensates for brief power peaks — Reduces water entrainment and counteracts its negative effects — Reduces switching frequency of steam generator — Reduces energy consumption and wear Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

Compact flanged angle seat motor valve for on/off and modulating operation for neutral and aggressive media. Flanges acc. DIN EN 10921 Flanges acc. ANSI #150, ANSI #300 Positioner electronics Limit switches Position feedback. All control actuators are also available with fail safe feature. Low temperature version Pressure balanced version Degreased version, Silicon or PTFEfree version …

miromatic – The modular process technology offers individual solutions for optimising system and process performance with the objective of increasing the efficiency of the production line, preserving productivity and reducing the environmental burden. The process technology division also plans, designs and manufactures the following process engineering solutions in the foodstuffs industry: Customer-specific valve clusters Sterile air modules Pressure vessel construction per the pressure equipment directive Cooling and heating systems Continuous mixing devices (KME) Scraping heat exchangers (SWT) Thermal product treatment Servicing / system overhauls

— Water treatment for steam boiler systems — Prevention of corrosion in the boiler — Outstanding deaeration efficiency and reduced consumption of chemicals with WSM-V complete deaeration system — Partial deaeration module WSM-T for small systems — Fast and easy planning, installation and acceptance appropriate to the steam boiler in question — Requirement for positive suction head allows for ground-level installation and easy commissioning

— For distributing the steam mass flow to the relevant consumers — Reduction in network loss due to centralised distribution in systems with complex consumer structures — Savings thanks to centralised operation and maintenance Highly efficient boiler systems with perfectly matched boiler house components ensure that low levels of energy consumption and emissions are achieved.

— For the cooling of blow-down water and the recovery of heat from desalinated water/condensate — Increase in system efficiency of up to 2% — Reductions in fuel, cooling water and waste water costs — Rigorous compliance with official requirements thanks to automatic operation — Fast and easy assembly, requires just a small number of connections before it can be used

The water analyzer measures residual oxygen concentration, pH values and conductivities of the boiler feed water and pH values of the boiler water. — For the fully-automatic measurement and monitoring of the boiler water quality — Increase in operating safety thanks to continuous monitoring of the water values — Automated monitoring with constant measurement of the pH value, oxygen content and conductivity — Savings on chemicals thanks to needs-based dosing of additives — Increased system efficiency through reduced desalting losses and saving of exhaust vapour energy — A water analysis device can monitor up to three boilers at a time and be integrated into plant control systems with control technology

— Blow-down, expansion and cooling module for cooling blow-down water to the permissible temperature — Fast and easy assembly, requires just a small number of connections before the blow-down, expansion and cooling module can be used — Rigorous compliance with official requirements thanks to automatic operation

Fixed gas detection system for oxygen, toxic and combustible gases This DIN – rail mounted modern control module saves space, money and installation time. One safe controller for all gases: Any combination of a sensor head plus control module is a complete gas detection system. This makes the Statox 501 so safe and reliable. The Statox 501 also gives you the opportunity to alter or expand existing systems with minimum cost and labor. Programs for all gases and measuring ranges are permanently stored in the memory of the controller. The user-friendly software program allows authorized personnel to select different configurations by a simple push of a button. Easy to install and easy to use The controll modules as well as the power supply and the common alarm module clip on to a DIN rail. The remote sensor heads and any alarm or recording devices connect to terminals on the front of the module. Each Statox 501 control module has three relays for alarm 1 and 2 and system failure (115 / 230 V AC / 2 A). An analog output for recorder or process control systems is also included. Measured values are displayed on a 4 digit LED-display. It is easy to program or calibrate the Statox 501! Just follow the menu! If intrinsically safe transmitters are to be installed in division 1 areas, they can be connected via intrinsically safe repeaters. 24 V power supply as well as the signals for the common alarm module are transmitted via bus from one module to the next. All terminals are easily accessible from the front. Field proven sensors for reliable gas detection Compur manufactures electrochemical sensors for the detection of oxygen deficiency and toxic gases. These sensors generate an electrical current proportional to the actual gas concentration. The remote sensor heads are designed as intrinsically safe certified 4 - 20 mA transmitters and have an integrated concentration display. Combustible gases can be detected with a variety of catalytic beads (pellistors) or infrared technology. The sensor heads are certified "Ex d" or "Ex de" and can be connected directly to the control module, even if they are to be used in classified areas. The control module can supply and operate different designs of catalytic sensors. With so many possibilities, the system can easily be tailored to suit your individual application needs. Easy maintenance saves time and money Maintenance of the 4 – 20 mA transmitters is very easy. A one-man calibration or replacement of the sensors can be done without further precautions, even in classified areas. Accessories A range of wall-mount cabinets for a maximum of 5, 8 or 32 controllers as well as a 19”-carrier, ensure an easy professional installation. -20 - +60 °C

Compur Statox 502 Control - and Common Alarm Module The All – Rounder in Gas Detection No matter if you want to detect toxic or combustible gases: This control module works with any sensor head. It provides the power supply and processes the signal. Three highly rated relays and a 4 – 20 mA output are the interfaces to peripheral instrumentation. Potential front ends may be the Statox 501 or Statox 505 transmitters with electrochemical or infrared sensors, or sensor heads with a Wheatstone bridge signal such as Statox 501 PID, catalytic or the Statox 501 LC and MC series with infrared sensors. Just by the push of a button you can program the module to handle 4 – 20 mA sink or source. Even the bridge voltage can be set to any value between 2 and 5.2 V, it even works with sensor heads of other manufacturers. So there is no restriction at all when selecting the appropriate sensor head for you application. With its two “sense” lines it can even compensate the voltage drop in the cable for very remote sensor heads or if there are extreme temperature variations. For maximum flexibility the measuring range is user programmable. You can also select the unit, no matter if it is ppb, ppm, % LEL or % volume. Easy installation The control module is mounted on a standard DIN rail. With an optional power rail you can interface the 24 V DC power and the alarm signals. This way you can program one of the modules to operate as a common alarm module. Even this function can be programmed just by push button. The application of a control module as a common alarm module is a very useful feature. It displays when any of the modules goes into Alarm 1, 2 or system alarm, and controls peripheral alarm devices. All electrical contacts are located easily accessible on the front side. The terminals for alarm signals, analog output, sensor head connection run into 6 pluggable terminal blocks. This makes not only the first installation quick and easy, but also any service event or system modification. A module can easily be removed out of its row, without interrupting its neighbors or disconnecting wires. Intuitive User Interface You want a gas detection system that needs little or no attention. No matter if setting the initial parameters or performing scheduled calibrations or proof tests: The handling shall be safe, quick and easy. The password - protected Statox 502 software structure is so clear that most menu items are self - explanatory. The “Reset” button brings you time back into the measuring mode at any time. Even if you have to interrupt your work and forget to reset, the watchdog function returns the system into the measuring mode, if no button has been pushed for a while. Functional safety paired with utmost system flexibility The Statox 502 complies with the standards DIN EN 61508 and 61511 functional safety, level SIL 2. In context with the HRC or ARE sensor heads you can create a complete gas detection system for combustible gases complying with SIL 2 standard. In larger installations signals of gas detectors often run into SIL certified process control systems, in smaller plants there is a need for a control module complying with SIL requirements. As any combination sensor head / control module forms a complete gas detection system, this system closes the gap. It is expandable without limits, and there is no restriction to the mix of sensor heads connected. Connecting other front ends The versatility of the Statox 502 does not end with gas detection. You can connect any front end providing a 4 – 20 mA analog signal or a Wheatstone bridge signal. So you can create your own compact control system for a variety of sensors with just one type control device. Accessories Useful accessories such as calibration adapters, intrinsically safe repeaters, Power supplies etc. complete the system. 205 VAC, 8 A min. make or break power >/= 12 V, 10 mA, contakte silver / nickel

Pulsed terahertz generation with leading-edge technology: InGaAs antennas provide about 30 µW power and a bandwidth of 6 THz. The emitter and detector modules, developed by Fraunhofer Heinrich-Hertz Institute (Berlin/Germany), feature a strip-line and a dipole antenna, respectively, and are packaged with a Silicon lens and SM/PM fiber. They make up the core component of TOPTICA’s TeraFlash pro and TeraFlash smart, but are available as individual modules too.