Analytical instruments

The new RMC 20000.5Y robotic mass comparator guarantees the utmost repeatability within 1 kg - 20 kg (more) range with the readability of 100 µg. Fully Automated Process of Robotic Comparison of Mass Standards Opening of the weighing chamber in the course of measurements generates air drafts and changes environmental conditions inside the chamber, this causes a great increase in dispersion. The new line of robotic mass comparators eliminates the above problem. It has been solved due to a combination of the robotic mass comparator features with the characteristics of the automatic machines. This innovative approach has improved comparison result repeatability by 100% in relation to standard solutions applied worldwide. A Robot and an Automatic Machine in One RMC 20000.5Y mass comparator combines features of robotic and automatic mass comparators. Thanks to such an innovative combination it is possible to: eliminate air drafts and ground vibrations, maintain stable environmental conditions inside the weighing chamber, prolong life cycle of the robotic system, shorten duration of mass standard comparison, reduce noise. Function of Automatic Mass Standard Dissemination RMCM-5 mass comparator facilitates a complete dissemination process. This is possible thanks to use of the intermediate mass standard magazine, which significantly shortens comparison duration and reduces wear and tear of the transport robot. Real-Time Measurement of Ambient Conditions The new RMC 20000.5Y mass comparator has been equipped with a top-class thermo-hygro-barometer enabling real-time control of ambient conditions in four locations, among many in the weighing chamber and mass standard magazine. Thermo-hygro-barometers are highly precise devices measuring pressure with the readability of 0.001 hPa, humidity of 0.01 %, and temperature of 0.001 °C. Reliability of ambient conditions measurement carried out using the thermo-hygro-barometer is confirmed by a calibration certificate. Universal Magazine Insert Design Mass standard magazine features 10 positions. The RMC 20000.5Y enables comparison of weights of all shapes compliant with OIML recommendations, using just one universal insert. Remote, real-time preview of comparison process is possible thanks to a video camera. Transport Arm With use of the automatic mass comparator, the transport arm remains inactive in the course of comparison, this eliminates air drafts and vibrations, considerably shortens comparison, and reduces noise emission. The transport arm of the RMC 20000.5Y mass comparator is used only to transfer the mass standards, it is out of operation within the comparison process. Ejectable mass standards magazine For the user's convenience, the magazine slides out of the robot's footprint at the time of arming and allows weights to be applied very easily, then positions itself automatically when retracted. Optional Equipment Additional equipment includes a video camera enabling remote preview of comparison process in real time (Internet access required), and RMCS software. The RMCS allows unrestricted monitoring of the comparison process.

The new RMC.10000.5Y robotic mass comparator guarantees the utmost repeatability within 1 kg - 10 kg (more) range with the readability of 0,01 mg. Fully Automated Process of Robotic Comparison of Mass Standards Opening of the weighing chamber in the course of measurements generates air drafts and changes environmental conditions inside the chamber, this causes a great increase in dispersion. The new line of robotic mass comparators eliminates the above problem. It has been solved due to a combination of the robotic mass comparator features with the characteristics of the automatic machines. This innovative approach has improved comparison result repeatability by 100% in relation to standard solutions applied worldwide. A Robot and an Automatic Machine in One RMC 10000.5Y mass comparator combines features of robotic and automatic mass comparators. Thanks to such an innovative combination it is possible to: eliminate air drafts and ground vibrations, maintain stable environmental conditions inside the weighing chamber, prolong life cycle of the robotic system, shorten duration of mass standard comparison, reduce noise. Function of Automatic Mass Standard Dissemination RMCM-5 mass comparator facilitates a complete dissemination process. This is possible thanks to use of the intermediate mass standard magazine, which significantly shortens comparison duration and reduces wear and tear of the transport robot. Real-Time Measurement of Ambient Conditions The new RMC 10000.5Y mass comparator has been equipped with a top-class thermo-hygro-barometer enabling real-time control of ambient conditions in four locations, among many in the weighing chamber and mass standard magazine. Thermo-hygro-barometers are highly precise devices measuring pressure with the readability of 0.001 hPa, humidity of 0.01 %, and temperature of 0.001 °C. Reliability of ambient conditions measurement carried out using the thermo-hygro-barometer is confirmed by a calibration certificate. Universal Magazine Insert Design Mass standard magazine features 10 positions. The RMC 10000.5Y enables comparison of weights of all shapes compliant with OIML recommendations, using just one universal insert. Remote, real-time preview of comparison process is possible thanks to a video camera. Transport Arm With use of the automatic mass comparator, the transport arm remains inactive in the course of comparison, this eliminates air drafts and vibrations, considerably shortens comparison, and reduces noise emission. The transport arm of the RMC 10000.5Y mass comparator is used only to transfer the mass standards, it is out of operation within the comparison process. Ejectable mass standards magazine For the user's convenience, the magazine slides out of the robot's footprint at the time of arming and allows weights to be applied very easily, then positions itself automatically when retracted. Optional Equipment Additional equipment includes a video camera enabling remote preview of comparison process in real time (Internet access required), and RMCS software. The RMCS allows unrestricted monitoring of the comparison process.

The new RMC.1000.5 robotic mass comparator guarantees the utmost repeatability within 10 g - 1 kg ra (more)nge with the readability of 1 µg. Fully Automated Process of Robotic Comparison of Mass Standards Opening of the weighing chamber in the course of measurements generates air drafts and changes environmental conditions inside the chamber, this causes a great increase in dispersion. The new line of robotic mass comparators eliminates the above problem. It has been solved due to a combination of the robotic mass comparator features with the characteristics of the automatic machines. This innovative approach has improved comparison result repeatability by 100% in relation to standard solutions applied worldwide. A Robot and an Automatic Machine in One RMC 1000.5 mass comparator combines features of robotic and automatic mass comparators. Thanks to such an innovative combination it is possible to: eliminate air drafts and ground vibrations, maintain stable environmental conditions inside the weighing chamber, prolong life cycle of the robotic system, shorten duration of mass standard comparison, reduce noise. Real-Time Measurement of Ambient Conditions The new RMC 1000.5 mass comparator has been equipped with a top-class thermo-hygro-barometer enabling real-time control of ambient conditions in four locations, among many in the weighing chamber and mass standard magazine. Thermo-hygro-barometers are highly precise devices measuring pressure with the readability of 0.001 hPa, humidity of 0.01 %, and temperature of 0.001 °C. Reliability of ambient conditions measurement carried out using the thermo-hygro-barometer is confirmed by a calibration certificate. Universal Magazine Insert Design Mass standard magazine features 36 positions. The RMC 1000.5 enables comparison of weights of all shapes compliant with OIML recommendations, using just one universal insert. Remote, real-time preview of comparison process is possible thanks to a video camera. Transport Arm With use of the automatic mass comparator, the transport arm remains inactive in the course of comparison, this eliminates air drafts and vibrations, considerably shortens comparison, and reduces noise emission. The transport arm of the RMC 1000.5 mass comparator is used only to transfer the mass standards, it is out of operation within the comparison process. Optional Equipment Additional equipment includes a video camera enabling remote preview of comparison process in real time (Internet access required), and RMCS software. The RMCS allows unrestricted monitoring of the comparison process.

RMCM-100 robotic mass comparator guarantees the utmost repeatability within 1 g - 100 g range with t (more)he readability of 0.1 µg. Function of Automatic Mass Standard Dissemination RMCM-5 mass comparator facilitates a complete dissemination process. This is possible thanks to use of the intermediate mass standard magazine, which significantly shortens comparison duration and reduces wear and tear of the transport robot. Real-Time Measurement of Ambient Conditions The RMCM-100 mass comparator comes standard with a top-class thermo-hygro-barometer enabling real-time control of ambient conditions in three locations. The characteristic feature of the RMCM-100 is high readability of pressure, 0.001 hPa, humidity, 0.01 %, and temperature, 0.001 °C. Reliability of ambient conditions measurement carried out using the thermo-hygro-barometer is confirmed by a calibration certificate. A Mass Comparator and a Robotic Transport System in One Compact Device This combination results with: reduction of air drafts and vibrations from a robotic system in the course of comparison, minimised risk of human error, easier maintaining of stable environmental conditions inside the weighing chamber (thanks to a compact device dimensions). Optional Equipment Additional equipment includes a video camera enabling remote preview of comparison process in real time (Internet access required), and RMCS software. The RMCS allows unrestricted monitoring of the comparison process. Remote, real-time preview of comparison process in real time is possible thanks to a video camera. Universal magazine insert shape Mass standard magazine features 120 positions. The RMCM-100 enables comparison of weights of all shapes compliant with OIML recommendations, using just one universal insert.

The RB 2.5Y.F filter robot is a professional-class measuring device ensuring full automation of filt (more)er mass measurement. The robot is based on MYA 5Y microbalance mechanism that guarantees unrivalled repeatability and redability of d= 1 µg. The device enables weighing up to 1020 filters with 47 mm diameter. The device is enclosed in a tight and dustproof chamber protecting it against any contamination. The air conditioning and humidification system ensures stable and fixed ambient conditions inside the chamber, which guarantees correct filters conditioning. Ambient conditions monitoring allows control of current chamber status and report of data. Advantages: Fully automatic system for weighing filters with Ø 47 mm Compliance with EN 12341:2014 standard Conditioning and weighing of up to 1020 filters Additional reference magazine Less time consumed when compared to manual filter weighing Elimination of human factor as the reason of measurement errors Process management using RMCS Filter software Automatic data recording, creating reports and statistics Coding and identification of filters using QR code system Elimination of the influence of electrostatics onto the measurement Hermetic robot chamber and the chamber for filter weighing Air conditioning system, HEPA filter (version without air conditioning on request) Increased pressure in the chamber prevents contamination The RB 2.5Y.F filter robot comprises: Two magazines for filter storage and weighing. Each magazine consists of 34 discs with 15 filter positions. A six-position reference magazine for storing mass standards and reference filters. A robot with a gripper enabling transport of the filters between the magazine and the microbalance, the robot moves on three axes: X,Y,Z; Microbalance with a draft shield; Ionizing system; An air conditioning system with HEPA filter for cleaning the air in the vicinity of the robot chamber; Ambient conditions monitoring (temperature, humidity, pressure); Weighing indicator for managing of the device operation; QR code reader integrated with the device; QR code printers; A PC with the RMCS Filters software for managing the device operation; Control and adjustment system; An external air conditioning unit.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The RADWAG Remote Desktop is a set of tools enabling operation of a weighing device by means of a co (more)mputer, mobile phone or tablet. The RRD Win 10 has been designed to be operated on computers and mobile devices with Windows 10 OS. The RRD Android has been designed to be operated on mobile devices with Android OS. The RADWAG Remote Desktop enables operation of weighing instruments of 3Y, 4Y and HY10 series (the instruments must feature respective software version) Functions: Operating RADWAG devices on which the RRD Server is running, Remote access to hardware buttons, Compatible devices detected automatically or accessible by entering their IP addresses manually, Links to training videos on YouTube, Sending text to the connected device, Toggling the screen's width or height to fit the display, Program language versions: Polish and English. In order to get access to RADWAG Remote Desktop software, contact us by filling “Request for quotation” form in.

The RADWAG Development Studio is a software intended for companies willing to develop their own tool (more)s for communication with RADWAG-manufactured weighing equipment. The purpose of RDS is to familiarize customers with solutions used while developing RADWAG communication protocol (Common Communication Protocol). The RDS contains examples of finished code and additional instructions which allow to simplify and accelerate development of new software. The RDS is all a programmer needs to design software that enables error-free communication with our equipment. Functiones: Presentation of functions (and subfunctions) of communication protocol (Common Communication Protocol) - information on which of the functions are available for balances, scales, weighing modules and terminals; Examples of fully-operational source code, ready to be applied in new applications using copy+paste method; Connection with weighing equipment on which each function is carried out - packets that are sent and received during operation are presented as text command, in hexadecimal form and in bytes; Library with mass control, contained within the development environment, is available for a programmer; Complete documentation of the communication protocol; Set of instructions regarding other solutions for programmers employed in companies using RADWAG-manufactured equipment; Available in English language version. *Technical support for an additional fee.

The R-Panel software enables operation of selected weighing instruments and modules via computer op (more)eration panel. The software is intended for computers based on Windows operating system. The operator has access to all keys and functions on the operation panel, such as zeroing, taring, parameters setup etc. Functions: full support of operation panel of all R and WTC series balances and all weighing instruments based on C315 terminal along with MAS R and MPS R weighing modules, automatic detection of devices connected to the computer, remote weighing instruments operation, creating screenshots, communication via RS232, USB and Ethernet, various languages (currently Polish and English) compatibility with Windows Vista, 7, 8, 8.1, 10, Server 2008R2, 2012, 2016. Functionality of a computer operation panel has been transferred to the RLab PC software, this enables operation of weighing instruments and electromagnetic weighing modules without the necessity to run any additional software. All R-Panel functions are available in the latest RLab program version.

The modern R-Lab software enables collecting, presenting and carrying out statistical analysis of me (more)asurements sent from RADWAG scales to a computer. The software operates with max 20 scales simultaneously. Data can be saved either manually or automatically. Collected information is presented on reports in a form of complex tables, and via graphs. Graph types: Measurement graph with statistics data Gaussian distribution function (probability distribution) and a histogram Stability graph – difference between successive measurements All in one graph The software makes it possible to generate a report for a particular series of measurements and it offers various filtering options, i.e. filtering by date, mass, unit, description or list of selected devices. R-Lab also presents reports from an ongoing session and a current day. Statistics created by the software include measurement quantity, minimum and maximum values, mean values, median, standard and mean deviation, variance, variance and deviation estimator and weighings sum. The data can be exported to PDF, HTML, MHT, RTF, XLS, XLSC, CSV, text and graphic files. The latest software version: 2018.4.11

If you buy a PUE HY10 Weighing Terminal by July 31, 2024, you will receive each of these products al (more)ong with a FREE lifetime license for the Workflow Module. HY10 terminal is a constructional component of industrial multifunctional load cell scales, it connects with RADWAG high resolution platforms and weighing modules. HOUSING High IP rating and stainless steel facilitate operation of the terminal in challenging working conditions (high humidity, dustiness). With these two characteristics the terminal meets high hygiene standards for food and pharmaceutical industries. The terminal’s housing and base are made of stainless steel. All the HY10 connectors are fed through glands, this along with water and dust proof housing guarantee high IP rating, IP68/69. 2-point terminal-base fixing system allows limit-free LCD tilt. Option of tilt angle adjustment improves ergonomics of use and optimises indication visibility. The terminal bracket ensures its stability during operation. Rubber feet prevent unintentional device sliding. They cover openings through which the terminal can be permanently fixed either to a horizontal or vertical surface. DISPLAY 10.1” colour display of 1024x600 pixel resolution with a capacitive touchscreen Large, 10.1” backlit colour display guarantees easy-to-read information even in low light conditions. The indication can be read from a considerable distance, which increases your mobility. High resolution (1024x600) means high display readability providing crisper digits, symbols etc. Now you will not suffer from eye strain. The higher the resolution the greater comfort of use. The touchscreen stands for ease of operation, simply trust your intuition and start to operate the device. Now accessories such as mouse or keyboard are needless. Additional numeric keys and soft buttons provide maximum functionality. REMOTE CONFIGURATION It is possible to set the HY10 terminal parameters remotely, this is done using ‘Parameters Editor 2.0’ software. The parameters can also be set via the terminal. Use of ‘Parameters Editor 2.0’ software allows repeatable parameter setup. Once you set all the parameters for a particular terminal, save them to a file in order to be able to copy them to terminals operating at twinlike workstations. The set parameter configuration can be transferred either using a USB flash drive or a network. ‘Parameters Editor 2.0’ offers remote desktop option. With this solution we can carry out your terminal’s setup even if your company is located miles away from the service. SCREEN EDITOR Customized screen layout, extensive functionality. PUE HY10 terminal offers screen layout customization. You can display only those components that you find indispensable for your work. You can make decision not only on what to add to your screen but also on the size of particular components. Self-designed screen layout makes your work easier, with this weighing is no longer a time-consuming process. LABELLING Ability to design labels for each terminal-performed process. Labelling function, implemented into firmware, enables marking products with weight labels. This makes product identification fast and easy. Using ‘Label Editor’, a dedicated software, you can design label which upon being sent to the scale is available for the operator in label database. The label can provide data such as date, batch number, mass, pictogram, Ean-13 code with weight value and product code. Labelling enables: making Label Database in a terminal; assigning either a customized label to a particular product or a common label to a group of products; printing C labels (pallet) and CC labels (containers) providing total weight and quantity; automatically triggered printout of c labels. MULTI-PLATFORM OPERATION Standard design: support of one load-cell platform Optional design: support of 4 extra platforms maximum (2 internal modules plus 2 external modules) Dedicated Applications Smart Editor The application is intended for scales equipped with the HY10 terminal. It does not require any additional installations. Enter the terminal’s address in the browser address field and log in. The application enables: remote database editing import of images from the graphic file to the scale import of labels from lb file to the scale creating and preview of report, e.g. Workflow dosing processes operation Smart Display Smart Display application allows to customize the scale screen, and to display it on a computer, all this in an easy and clear way. Particular elements must be simply placed on a screen grid. Next, they can be scaled to suit user needs. The application run directly on the scale provides the user with a new, refreshed layout, and the possibility to configure the home screen. When operated via a browser on a computer, it enables remote control of the desktop, and display of enlarged mass indication. To use the Smart Display application it is necessary to run the RDA module (RADWAG Data Access) on the HY10 terminal. Extended Web Interface The application has been designed to enable the user to create his own/her own program for the PUE HY10 terminal. It facilitates exchange of basic data via JSON websocket (mass request, zeroing, taring). The application can be basis for further development, done by adding of new components, and by use of extra commands presented in „HY10 - JSON Data Exchange Interface” manual.

PUE HX7 terminal is a constructional component of industrial multifunctional load cell scales, equip (more)ped with either one or numerous load cells. It is based on the latest solutions and an advanced computing platform. Versatile terminal’s software will satisfy even the most demanding users and system integrators. The basic version of the terminal features a vast range of communication interfaces, which range can additionally be expanded. Housing The housing, made of AISI 304 stainless steel, ensures high ingress protection, IP66 / IP68. The terminal is equipped with 7” colour LCD display and membrane keyboard. Ease of operation, clear menu and intuitive information arrangement on the display guarantee comfort of operation. Hermetic communication interface connectors are located on the back side of the housing. Stable mount bracket enables to mount the terminal either on a flat horizontal surface or on the wall. The device tilt can be easily adjusted. Weighing Platform Operation Basic version of the terminal supports 1 analog weighing platform. The possibility to install an additional weighing module enables to support 2 weighing platforms. Diodes Diode bar graph is located on the top of the operation panel and consists of 9 red and green diode fields. The terminal features 3 working modes: 'linear', 'weighing thresholds signalling' and 'checkweighing'. The bar graph significantly increases the comfort of operation during piecework in food industry when fast and unambiguous presentation of product mass deviation against the declared min and max values is crucial. Multifunctional Software Terminal software facilitates processes such as weighing, parts counting, dosing, labelling, formulations and percent weighing. Terminal’s information system is based on databases (such as: users, products, weighings, packaging, formulations, customers) and ALIBI memory which guarantees stored data safety. When developing the software, special attention was given to the functionality and ergonomics. This resulted in increased comfort of terminal operation. Optional Power Source from Internal Battery Use of the optional battery enables the PUE HX7 terminal to operate even when there is either no or unstable power supply. This improves the security of acquired data and improves comfort of operation. Communication Interfaces The terminal is equipped with RS 322, RS 485, USB, Ethernet, digital inputs/outputs and analog output. This enables connection with external devices such as barcode scanners, printers, external displays, control buttons, light signalling towers, other controlling/signalling devices, systems for automatic process control and superior IT systems. The connection is possible due to the implemented and complex character-based communication protocol. In the future, the interfaces will be extended with Profibus and Profinet. Additionally, Modbus RTU and TCP protocols will be implemented. PUE HX7 in a Version Powered from a ZR-03/2 Buffer Power Supply The terminal can operate even though there is no access to a power source in a special design with power supply from an external buffer power supply ZR-03. The special design consists in modifying the standard version of the PUE HX7 terminal to a variant of this terminal adapted for power supply from a buffer power supply ZR-03/2. The ZR-03/2 set includes a voltage converter and a powerbank. In a special design, the PUE HX7 weighing terminal has a 12-24V DC power socket to which the dedicated ZR-03/2 buffer power supply can be connected. The terminal can be powered only from the ZR-03/2 buffer power supply, not from the 110-230V AC mains or the internal battery. The powerbank can be charged using an external charger, after disconnection from the weighing terminal. The powerbank runs on one set of batteries while the other is charging. The maximum operating time for the HX7 terminal is 20 hours, and the average is 12 hours. The operating time depends on the number of connected peripherals and the power drawn from the terminal.

PUE HX5.EX terminal is a constructional component of industrial multifunctional load cell scales. It (more) is the most modern RADWAG solution to be used in areas endangered with explosive atmosphere. The HX5.EX is compliant with ATEX directive regulations. The terminal is intended for operation in environment filled with explosive gases and dust, and can be placed in zones: 1/21 and 2/22. Standard version of the terminal is equipped with 2 serial intrinsically safe RS232 communication interfaces, and with one intrinsically safe RS485 interface. They facilitate communication with equipment predetermined for use in hazardous areas. Possibility to add digital inputs/outputs expands the range of instruments compatible with the terminal by robotic elements compliant with ATEX directive. For more demanding customers, RADWAG has developed IM01.EX module, installed in the safe area, which extends the available connector range by Ethernet, USB, 4-20mA/0-10V analog outputs, Profibus DP and additional digital inputs/outputs. This enables communication between the terminal and external devices such as barcode scanners, printers, external displays, control buttons, light signalling towers, other controlling/signalling devices, systems for automatic process control and superior IT systems. Models There are 4 different models: PUE HX5.EX-1: 2 × RS232, RS485 - standard design, PUE HX5.EX-2: standard design + 4IN/4OUT, PUE HX5.EX-3: standard design + 4IN, PUE HX5.EX-4: standard design + 4OUT. Mechanical Design The housing, made of AISI 304 stainless steel, ensures high ingress protection, IP66 / IP68 (up to 1.5 m immersion). The terminal features 5" colour LCD, covered with polycarbonate protecting it against shocks, and a membrane keypad. Ease of operation, clear menu and intuitive information arrangement on the display guarantee comfort of operation. Hermetic intrinsically safe interface connectors are located on the back side of the housing. Stable bracket enables mounting the terminal either on a flat horizontal surface or on the wall. The device tilt can be easily adjusted. Power Supply The PUE HX5.EX terminal can be connected to the mains only with a certified intrinsically safe power supply, manufactured by RADWAG: PM01.EX-1 power supply intended for operation in hazardous area: zone 1 and 2 where there is a risk of explosion due to mixture of air with vapour, mist or gas, classified as explosion group IIC, IIB and IIA and as temperature class T1, T2, T3, T4. zone 21 and 22 where there is a risk of explosion due to mixture of air with dust, flammable fibres and volatile fuels, classified as explosion group IIIC, IIIB and IIIA. PM01.EX-2 power supply intended for operation in safe area, equipped with intrinsically safe circuits which may be placed in: zone 1 and 2 where there is a risk of explosion due to mixture of air with vapour, mist or gas, classified as explosion group IIC, IIB and IIA and as temperature class T1, T2, T3, T4. zone 21 and 22 where there is a risk of explosion due to mixture of air with dust, flammable fibres and volatile fuels, classified as explosion group IIIC, IIIB and IIIA. IM01.EX Communication Module The terminal’s interface range can be expanded using IM01.EX communication module, connected to the terminal via an intrinsically safe RS485 interface, placed outside the hazardous area. Models: IM01.EX-1 Standard: 2x RS232, USB,4 I/4 O, Ethernet IM01.EX-2 analog output 4-20mA/0-10V IM01.EX-3 12 I/12 O, digital IM01.EX-4 Profibus DP IM01.EX-5 PROFINET IM01.EX-6 CANopen (available soon) IM01.EX-7 DeviceNet (available soon) IM01.EX-8 RS485 IM01.EX: ETHERNET IP (available soon) Multifunctional Software Terminal software facilitates processes such as weighing, parts counting, dosing, and percent weighing. Terminal’s information system is based on databases (users, products, weighings, packaging, formulations, customers) and ALIBI memory which guarantees stored data safety. The interfaces enable communication between the terminal and the accessories intended for operation in the hazardous and non-hazardous areas. Accessories: barcode scanners, printers, external displays, control buttons, light signalling towers and other controlling/signalling devices. The terminal can communicate with systems for automatic process control and superior IT systems.

PUE HX5.EX terminal is a constructional component of industrial multifunctional load cell scales. It (more) is the most modern RADWAG solution to be used in areas endangered with explosive atmosphere. The HX5.EX is compliant with ATEX directive regulations. The terminal is intended for operation in environment filled with explosive gases and dust, and can be placed in zones: 1/21 and 2/22. Standard version of the terminal is equipped with 2 serial intrinsically safe RS232 communication interfaces, and with one intrinsically safe RS485 interface. They facilitate communication with equipment predetermined for use in hazardous areas. Possibility to add digital inputs/outputs expands the range of instruments compatible with the terminal by robotic elements compliant with ATEX directive. For more demanding customers, RADWAG has developed IM01.EX module, installed in the safe area, which extends the available connector range by Ethernet, USB, 4-20mA/0-10V analog outputs, Profibus DP and additional digital inputs/outputs. This enables communication between the terminal and external devices such as barcode scanners, printers, external displays, control buttons, light signalling towers, other controlling/signalling devices, systems for automatic process control and superior IT systems. Models There are 4 different models: PUE HX5.EX-1: 2 × RS232, RS485 - standard design, PUE HX5.EX-2: standard design + 4IN/4OUT, PUE HX5.EX-3: standard design + 4IN, PUE HX5.EX-4: standard design + 4OUT. Mechanical Design The housing, made of AISI 304 stainless steel, ensures high ingress protection, IP66 / IP68 (up to 1.5 m immersion). The terminal features 5" colour LCD, covered with polycarbonate protecting it against shocks, and a membrane keypad. Ease of operation, clear menu and intuitive information arrangement on the display guarantee comfort of operation. Hermetic intrinsically safe interface connectors are located on the back side of the housing. Stable bracket enables mounting the terminal either on a flat horizontal surface or on the wall. The device tilt can be easily adjusted. Power Supply The PUE HX5.EX terminal can be connected to the mains only with a certified intrinsically safe power supply, manufactured by RADWAG: PM01.EX-1 power supply intended for operation in hazardous area: zone 1 and 2 where there is a risk of explosion due to mixture of air with vapour, mist or gas, classified as explosion group IIC, IIB and IIA and as temperature class T1, T2, T3, T4. zone 21 and 22 where there is a risk of explosion due to mixture of air with dust, flammable fibres and volatile fuels, classified as explosion group IIIC, IIIB and IIIA. PM01.EX-2 power supply intended for operation in safe area, equipped with intrinsically safe circuits which may be placed in: zone 1 and 2 where there is a risk of explosion due to mixture of air with vapour, mist or gas, classified as explosion group IIC, IIB and IIA and as temperature class T1, T2, T3, T4. zone 21 and 22 where there is a risk of explosion due to mixture of air with dust, flammable fibres and volatile fuels, classified as explosion group IIIC, IIIB and IIIA. IM01.EX Communication Module The terminal’s interface range can be expanded using IM01.EX communication module, connected to the terminal via an intrinsically safe RS485 interface, placed outside the hazardous area. Models: IM01.EX-1 Standard: 2x RS232, USB,4 I/4 O, Ethernet IM01.EX-2 analog output 4-20mA/0-10V IM01.EX-3 12 I/12 O, digital IM01.EX-4 Profibus DP IM01.EX-5 PROFINET IM01.EX-6 CANopen (available soon) IM01.EX-7 DeviceNet (available soon) IM01.EX-8 RS485 IM01.EX: ETHERNET IP (available soon) Multifunctional Software Terminal software facilitates processes such as weighing, parts counting, dosing, and percent weighing. Terminal’s information system is based on databases (users, products, weighings, packaging, formulations, customers) and ALIBI memory which guarantees stored data safety. The interfaces enable communication between the terminal and the accessories intended for operation in the hazardous and non-hazardous areas. Accessories: barcode scanners, printers, external displays, control buttons, light signalling towers and other controlling/signalling devices. The terminal can communicate with systems for automatic process control and superior IT systems.

PUE HX5.EX terminal is a constructional component of industrial multifunctional load cell scales. It (more) is the most modern RADWAG solution to be used in areas endangered with explosive atmosphere. The HX5.EX is compliant with ATEX directive regulations. The terminal is intended for operation in environment filled with explosive gases and dust, and can be placed in zones: 1/21 and 2/22. Standard version of the terminal is equipped with 2 serial intrinsically safe RS232 communication interfaces, and with one intrinsically safe RS485 interface. They facilitate communication with equipment predetermined for use in hazardous areas. Possibility to add digital inputs/outputs expands the range of instruments compatible with the terminal by robotic elements compliant with ATEX directive. For more demanding customers, RADWAG has developed IM01.EX module, installed in the safe area, which extends the available connector range by Ethernet, USB, 4-20mA/0-10V analog outputs, Profibus DP and additional digital inputs/outputs. This enables communication between the terminal and external devices such as barcode scanners, printers, external displays, control buttons, light signalling towers, other controlling/signalling devices, systems for automatic process control and superior IT systems. Models There are 4 different models: PUE HX5.EX-1: 2 × RS232, RS485 - standard design, PUE HX5.EX-2: standard design + 4IN/4OUT, PUE HX5.EX-3: standard design + 4IN, PUE HX5.EX-4: standard design + 4OUT. Mechanical Design The housing, made of AISI 304 stainless steel, ensures high ingress protection, IP66 / IP68 (up to 1.5 m immersion). The terminal features 5" colour LCD, covered with polycarbonate protecting it against shocks, and a membrane keypad. Ease of operation, clear menu and intuitive information arrangement on the display guarantee comfort of operation. Hermetic intrinsically safe interface connectors are located on the back side of the housing. Stable bracket enables mounting the terminal either on a flat horizontal surface or on the wall. The device tilt can be easily adjusted. Power Supply The PUE HX5.EX terminal can be connected to the mains only with a certified intrinsically safe power supply, manufactured by RADWAG: PM01.EX-1 power supply intended for operation in hazardous area: zone 1 and 2 where there is a risk of explosion due to mixture of air with vapour, mist or gas, classified as explosion group IIC, IIB and IIA and as temperature class T1, T2, T3, T4. zone 21 and 22 where there is a risk of explosion due to mixture of air with dust, flammable fibres and volatile fuels, classified as explosion group IIIC, IIIB and IIIA. PM01.EX-2 power supply intended for operation in safe area, equipped with intrinsically safe circuits which may be placed in: zone 1 and 2 where there is a risk of explosion due to mixture of air with vapour, mist or gas, classified as explosion group IIC, IIB and IIA and as temperature class T1, T2, T3, T4. zone 21 and 22 where there is a risk of explosion due to mixture of air with dust, flammable fibres and volatile fuels, classified as explosion group IIIC, IIIB and IIIA. IM01.EX Communication Module The terminal’s interface range can be expanded using IM01.EX communication module, connected to the terminal via an intrinsically safe RS485 interface, placed outside the hazardous area. Models: IM01.EX-1 Standard: 2x RS232, USB,4 I/4 O, Ethernet IM01.EX-2 analog output 4-20mA/0-10V IM01.EX-3 12 I/12 O, digital IM01.EX-4 Profibus DP IM01.EX-5 PROFINET IM01.EX-6 CANopen (available soon) IM01.EX-7 DeviceNet (available soon) IM01.EX-8 RS485 IM01.EX: ETHERNET IP (available soon) Multifunctional Software Terminal software facilitates processes such as weighing, parts counting, dosing, and percent weighing. Terminal’s information system is based on databases (users, products, weighings, packaging, formulations, customers) and ALIBI memory which guarantees stored data safety. The interfaces enable communication between the terminal and the accessories intended for operation in the hazardous and non-hazardous areas. Accessories: barcode scanners, printers, external displays, control buttons, light signalling towers and other controlling/signalling devices. The terminal can communicate with systems for automatic process control and superior IT systems.