Balances Accessories

Additional WD-4/8 LCD display has been designed to connect PUE C315 indicator. The display is equipp (more)ed with a plastic housing and LED backlight. It is powered from a balance indicator. Features: Automatic baud rate recognition Screen saver

Additional WD-4/4 LCD display has been designed to connect with PUE 7 indicator via D-SUB 15 connect (more)or (male plug). The display is equipped with a plastic housing and LED backlight. It is powered from a balance indicator. Features: Automatic baud rate recognition Screen saver

A rack for under-pan weighing intended for XA balances. The rack is designed for weighing loads requ (more)iring carrying out the measuring process outside the main weighing platform, e.g. loads with non-standard dimensions and sizes and those generating a magnetic field. The rack also facilitates determining density of loads. The rack is available in powder coated mild steel finishing.

A rack for under-pan weighing intended for AS and PS balances. The rack is designed for weighing loa (more)ds requiring carrying out the measuring process outside the main weighing platform, e.g. loads with non-standard dimensions and sizes and those generating a magnetic field. The rack also facilitates determining density of loads. The rack is available in powder coated mild steel finishing.

A hook that allows under-pan weighing. It is compatible with XA, AS and PS series balances.

A hook that allows under-pan weighing. It is compatible with PM, WLC and WLY series precision balanc (more)es.

Radwag laboratory holders have been designed to facilitate faster and more convenient weighing. They (more) ensure perfect and safe fixing of small vessels of typical and non-standard shapes. Features: Maximum weighing ergonomics Direct dosing of a sample into a vessel High efficiency, lower costs (minimized potential loss of samples during transfer) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory holders are compatible with all Radwag analytical balances. Intended use: round flasks - 50, 100 ml

Radwag laboratory holders have been designed to facilitate faster and more convenient weighing. They (more) ensure perfect and safe fixing of small vessels of typical and non-standard shapes. Features: Maximum weighing ergonomics Direct dosing of a sample into a vessel High efficiency, lower costs (minimized potential loss of samples during transfer) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory holders are compatible with all Radwag analytical balances. Intended use: round flasks - 50, 100 ml

Radwag Laboratory Holders have been designed for faster and more convenient weighing. They ensure pe (more)rfect and secure fixing of small vessels, both typical and non-standard shapes. Product highlights: Full ergonomics of weighing Direct dosing of a sample into a vessel High work efficiency, lower costs ( minimizing possible loss of samples resulting from moving) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory Holders are compatible with all Radwag analytical balances. Intended use: round flasks - 50, 100 and 250 ml

Radwag Laboratory Holders have been designed for faster and more convenient weighing. They ensure pe (more)rfect and secure fixing of small vessels, both typical and non-standard shapes. Product highlights: Full ergonomics of weighing Direct dosing of a sample into a vessel High work efficiency, lower costs ( minimizing possible loss of samples resulting from moving) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory Holders are compatible with all Radwag analytical balances. Intended use: round flasks - 50, 100 and 250 ml

Radwag laboratory holders have been designed to facilitate faster and more convenient weighing. They (more) ensure perfect and safe fixing of small vessels of typical and non-standard shapes. Features: Maximum weighing ergonomics Direct dosing of a sample into a vessel High efficiency, lower costs (minimized potential loss of samples during transfer) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory holders are compatible with all Radwag analytical balances. Intended use: glass and plastic tubes - ø8, ø10 and ø12 mm

Radwag laboratory holders have been designed to facilitate faster and more convenient weighing. They (more) ensure perfect and safe fixing of small vessels of typical and non-standard shapes. Features: Maximum weighing ergonomics Direct dosing of a sample into a vessel High efficiency, lower costs (minimized potential loss of samples during transfer) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory holders are compatible with all Radwag analytical balances. Intended use: glass and plastic tubes - ø8, ø10 and ø12 mm

Radwag laboratory holders have been designed to facilitate faster and more convenient weighing. They (more) ensure perfect and safe fixing of small vessels of typical and non-standard shapes. Features: Maximum weighing ergonomics Direct dosing of a sample into a vessel High efficiency, lower costs (minimized potential loss of samples during transfer) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory holders are compatible with all Radwag analytical balances. Intended use: glass and plastic tubes filters other vessels

Radwag laboratory holders have been designed to facilitate faster and more convenient weighing. They (more) ensure perfect and safe fixing of small vessels of typical and non-standard shapes. Features: Maximum weighing ergonomics Direct dosing of a sample into a vessel High efficiency, lower costs (minimized potential loss of samples during transfer) Direct dosing of samples into various vessels (test tubes, round flasks, flat flasks, plastic test-tubes, titration vessels) Laboratory holders are compatible with all Radwag analytical balances. Intended use: glass and plastic tubes filters other vessels

The case is designed for safe transportation of PS and WLC (A1 and A2) series balances. It was made  (more)of 6-millimeter-thick plywood. It has reinforced corners, an aluminum finish and a filling of hard dark foam. It is equipped with one handle for convenient carrying by one person and two locks with key locking capability.

The case has been designed for safe transportation of the AP-12.5Y and AP-12.1.55Y Automatic Device  (more)dor Multichannel Pippete Calibration. It has transport wheels and a handle for comfortable carrying. The interior of the case has been adapted to fit all device components, with this it can be carried without the risk of damage. The case is made of 6 mm thick plywood. It features reinforced corners, aluminium trim, and hard dark foam filling. The case comes as an accessory.

THBR BOX is an autonomous measuring device operating in a local computer network. THBR Box enables c (more)ollecting ambient conditions measurements, storing the database, sending customized warnings and alerts and generating website for accessing measurements and settings. THBR Box There are three models of the recorder: with an integral screen, with a separate screen, without a screen. Communication with THBR BOX can be established wireless or via Ethernet. The module enables direct connection with up to 4 sensors. With use of USB hub it is possible to connect greater number of sensors. Each sensor has its own identification number that is assigned to measurements saved to the database. THBR Box features the following connectors: 4xUSB, HDMI, Ethernet. The device is powered using external micro USB 5V 2A power supply. Data stored by the THBR Box can be presented via THBR Multi software, website or Android application.

THB W sensor is intended to measure temperature of liquid. THB W Temperature readout using THB W sen (more)sor is possible upon connecting the sensor directly to a computer or to the THBR Box ambient conditions recorder. THB W can be used e.g. on pipettes calibration workstation, to measure water temperature in gravimetric method, which is done in order to determine 'Z' coefficient in accordance with ISO 8655. Each sensor has its own identification number that is assigned to measurements saved to the database. Ambient conditions can be monitored using: weighing instrument display website Windows OS application: THB Single or THB Multi Android application.

THB sensor THB sensor is a device measuring ambient conditions, it cooperates with: a computer (1 se (more)nsor via USB 2.0 port); direct cooperation, a weighing device (1 sensor via USB 2.0 port); direct cooperation, a THBR Box (up to 4 sensors connected to THBR Box via USB 2.0 port). The THB sensor is designed to measure parameters such as temperature, humidity, pressure, air density and vibrations level. Sensor registers level of permissible vibrations at the workstation, wherein the values of vibrations level are displayed within 0 - 100% range versus reference values in laboratory conditions. Values exceeding 100% threshold inform about potential occurrence of error greater than permissible error of mass measurement performed using weighing device. Each sensor has its own identification number that is assigned to measurements saved to the database. Ambient conditions can be monitored using: weighing instrument display website Windows OS application: THB Single or THB Multi Android application. On the basis of sent measurements, the THB Single or THB Multi software determines air temperature, humidity, pressure, density and permissible vibrations factor.

THB sensor THB sensor is a device measuring ambient conditions, it cooperates with: a computer (1 se (more)nsor via USB 2.0 port); direct cooperation, a weighing device (1 sensor via USB 2.0 port); direct cooperation, a THBR Box (up to 4 sensors connected to THBR Box via USB 2.0 port). The THB sensor is designed to measure parameters such as temperature, humidity, pressure, air density and vibrations level. Sensor registers level of permissible vibrations at the workstation, wherein the values of vibrations level are displayed within 0 - 100% range versus reference values in laboratory conditions. Values exceeding 100% threshold inform about potential occurrence of error greater than permissible error of mass measurement performed using weighing device. Each sensor has its own identification number that is assigned to measurements saved to the database. Ambient conditions can be monitored using: weighing instrument display website Windows OS application: THB Single or THB Multi Android application. On the basis of sent measurements, the THB Single or THB Multi software determines air temperature, humidity, pressure, density and permissible vibrations factor.

INTENDED USE THB-R PC software is designed to monitor and register indoor ambient conditions, wherei (more)n the said monitoring is based on data collected by measuring devices of Radwag production. Two THB software versions are offered: THB-R-Single – intended for integration with THB-3/2 ambient conditions module, THB-R-Multi – intended for integration with THB-R ambient conditions recorder. Overview THB-R PC software is responsible for establishing communication with measuring devices. It operates as a user interface intended for collected data presentation, archiving, reporting and for carrying out measuring devices setup. The software carries out constant readout of air temperature, relative air humidity, atmospheric pressure and vibrations. Additionally it calculates air density. Current metrological parameters values are demonstrated in a form of a time diagram, wherein the last 5 minutes are presented. The measurements may also be archived in a local database, MS Access format. The record takes place in a specified time interval. Database files are formed using one of four user-defined methods: daily, weekly, monthly, combination of all. THB-R-Multi version of the PC software enables record of measurements collected by THB-R Ambient Conditions Recorder. The stored data may be previewed and printed in a form of reports and diagrams. THB-R installation package comprises THB-Network Viewer allowing local network users to preview current indications of measuring units. Cooperation with measuring devices The software cooperates with measuring devices such as ambient conditions modules of RADWAG production. The modules are intended for operation with THB-R-Single or THB-R-Multi software version. Depending on the used device, communication between the software and the device may be established via RS 232 or USB interface. The latest software versions: THB-R-Single: v. 4.0.2 THB-R-Multi: v. 5.2.0.3

THB sensor THB sensor is a device measuring ambient conditions, it cooperates with: a computer (1 se (more)nsor via USB 2.0 port); direct cooperation, a weighing device (1 sensor via USB 2.0 port); direct cooperation, a THBR Box (up to 4 sensors connected to THBR Box via USB 2.0 port). The THB sensor is designed to measure parameters such as temperature, humidity, pressure, air density and vibrations level. Sensor registers level of permissible vibrations at the workstation, wherein the values of vibrations level are displayed within 0 - 100% range versus reference values in laboratory conditions. Values exceeding 100% threshold inform about potential occurrence of error greater than permissible error of mass measurement performed using weighing device. Each sensor has its own identification number that is assigned to measurements saved to the database. Ambient conditions can be monitored using: weighing instrument display website Windows OS application: THB Single or THB Multi Android application. On the basis of sent measurements, the THB Single or THB Multi software determines air temperature, humidity, pressure, density and permissible vibrations factor.

THB sensor THB sensor is a device measuring ambient conditions, it cooperates with: a computer (1 se (more)nsor via USB 2.0 port); direct cooperation, a weighing device (1 sensor via USB 2.0 port); direct cooperation, a THBR Box (up to 4 sensors connected to THBR Box via USB 2.0 port). The THB sensor is designed to measure parameters such as temperature, humidity, pressure, air density and vibrations level. Sensor registers level of permissible vibrations at the workstation, wherein the values of vibrations level are displayed within 0 - 100% range versus reference values in laboratory conditions. Values exceeding 100% threshold inform about potential occurrence of error greater than permissible error of mass measurement performed using weighing device. Each sensor has its own identification number that is assigned to measurements saved to the database. Ambient conditions can be monitored using: weighing instrument display website Windows OS application: THB Single or THB Multi Android application. On the basis of sent measurements, the THB Single or THB Multi software determines air temperature, humidity, pressure, density and permissible vibrations factor.

A stent is a type of prosthesis that is placed inside a blood vessel to restore its patency. Stent D (more)ozens of lives are saved thanks to it. Its shape, size, and weight must be matched to the blood vessel. In addition, the stent application site requires attention to sterility. These properties necessitate the use of balances with the highest resolution for the inspection of stents. The stent weighing kit has been designed to ensure that such a delicate sample, a stent, is weighed with the greatest precision possible, yet in an easy and ergonomic manner. The said precision is obtained thanks to the XA 5Y.M.A.S. microbalances, and ergonomics due to the specially designed weighing pan and additional draft shields. The weighing pans that are part of the kit allow for weighing stents of different sizes, including 5.5 × 140 mm, 6 × 60 mm, 8 × 40 mm, 8 × 40 mm, 19 × 10 mm, and 1.6 × 19 mm. Thanks to the well-thought-out design of the kit and its applicators, the user places the stent on a special tray, which increases ergonomics and eliminates cross-contamination. The stent weighing kit includes 7 items: draft shield base, 2 draft shields, 2 fork-shaped stent weighing pans: for small (1) and large (1) stents, 2 stent applicators: for small (1) and large (1) stents. Due to the different shapes and sizes of stents, two types of weighing pans, dedicated covers, and size-appropriate applicators come standard with the kit. The RADWAG-manufactured microbalance is a versatile solution. Therefore, it can be operated by a right- or left-handed person. The overall design of the kit, i.e. a fork-shaped weighing pan with an additional draft shield, has eliminated the difficulties associated with weighing of a small-weight sample of a relatively large volume such as stent. With this, the stent weighing results are obtained with an accuracy equal to that of the balance. The kit is intended for all load capacities of the XA 5Y.M.A.S. series balances.

The Scale Editor 2.1 software is used for managing databases of RADWAG balances and scales via RS232 (more) and Ethernet communication interfaces. The software works with the following equipment: Laboratory Balances of the AS X2, PS X2, WLC X2 series, Standard-class balances and scales of the WTC, WLC, C315, H315 series, Advanced-class scales of the C32, HX7, HX5.EX series. Professional-class balances and scales of the HY10, WLY, WPY, 4Y, 5Y series. MWSH, MWMH, MWLH industrial modules. Main features: Editing database tables. Export of databases and reports to Excel, txt, pdf files. Export of databases and reports to a csv file. Import of databases from a csv file. Printouts configuration of standard-class balances and scales. Configuration of the Wi-Fi® module of standard-class balances and scales. Configuration of the Ethernet module of standard-class balances and scales. CAUTION! We do not sell packaging version of the software.

SYS-1544-2415-T3-HRP power supplier with hermetic connector for HRP, MWSH, MWLH

The automatic feeder is dedicated for automatic dispensing of small objects onto the weighing pan of (more) RADWAG-manufactured balance to which it is connected. The feeder ensures regular feeding of the elements in accordance with determined time intervals. Operation and Compatibility The PA-04/H feeder cooperates with XA 4Y and AS 3Y analytical balances and PS 3Y precision balances. Both the feeder and the balance are automated devices. The balance carries out analysis of dosed elements and sends signal to the feeder to dispense subsequent element. The feeder features diodes, signalling its operation, and keypad allowing to control the process. Automatic feeder is equipped with function of automatic emptying of the storage bin. Vibrating Feeder Cylindrical vibrating feeder with storage bin enables safe and precise dosing of elements. The storage bin has a conical and stepped shape and is continuously welded. The stainless steel surface of adequate roughness reduces elements grating during dosing process. Variety of Applications The feeder is appropriate for dosing pills of diameter ranging from 3 to 25 mm, round and oblong, as well as details of similar shapes and dimensions Design The device is equipped with powder-coated steel housing and stainless steel cover. The storage bin features transparent lid that allows verifying quantity of remaining elements. Compatible with scales: All analytycal XA 5Y.A All analytycal XA 5Y Microbalances: - XA 21.5Y.M.A - XA 21/52.5Y.M.A - XA 52.5Y.M.A - XA 53.5Y.M.A Microbalances: - XA 21.5Y.M - XA 21/52.5Y.M - XA 52.5Y.M - XA 53.5Y.M Note! To make the feeder work, simply buy the PT0453 cable, which is not part of the set.

The MYF chamber for filter weighing is characterized by high ingress protection. Large open-work wei (more)ghing pan enables precise weighing of filters of various dimensions (max ø100). The chamber is made of stainless steel and is resistant to chemicals, colour change and scratches. The new system of chamber disassembly facilitates maintenance activities. The top lid of the chamber has been equipped with a glass opening allowing the operator to check whether the filter remains in its start position after chamber closing. The chamber for filter weighing may be used in MYA 5Y microbalance and UYA 5Y ultra-microbalance after disassembly of a regular weighing chamber. When placing an order for a chamber for MYF filter weighing, a serial number of the scale is required.

XA17 pipette calibration adapter enables calibration and/or verification of piston pipettes by means (more) of a gravimetric method using the XA analytical balence. Set content: base weighing pan weighing vessel evaporation ring glass chamber with an opening for dosing Evaporation ring is an integral part of the adapter that increases relative humidity inside the weighing chamber. With this evaporation of the liquid during calibration/verification is stopped. An integrated weighing pan enables centric loading of the vessel in the weighing chamber. The weighing pan and the vessel are housed in a glass chamber featuring an opening allowing the user to dispense liquid through it, and reducing air drafts. Vessel capacity: 17 ml Adapters for Pipettes Calibration Pipette calibration adapters are intended for calibration and verification of piston pipettes using gravimetric method. Use of the pipette calibration adapter reduces maximum capacity of the balance by the mass of the weighing vessel. The table below, which presents the minimum requirements in accordance with ISO 8655-6:2022 standard, enables to select suitable adapter for pipette calibration and respective balance version. The parameters of the balance have been selected so that the expanded uncertainty of measurement in use is less than ¼ of the maximum permissible error of the test object. Nominal volume of apparatus under test V Resolution (d) mg Repeatability (s)3mg Recommended balance Microbalances Analytical balances 0,5 µl ≤ V < 20 µl 0,001c 0,01d 0,006c, e 0,03d MYA 21.5Y XA 6/21.5Y.M.A XA 6/21.5Y.M XA 21.5Y.M.A XA 21.5Y.M XA 21/52.5Y.M.A XA 21/52.5Y.M XA 53.5Y.M.A XA 53.5Y.M 20 µl ≤ V < 200 µl 0,01 0,025 XA 52.5Y XA 110.5Y XA 82/220.5Y.A XA 82/220.5Y XA 120/250.5Y.A XA 120/250.5Y 200 µl ≤ V ≤ 10 ml 0,1 0,2 Adapter for pipette calibration MY 11 XA 11 XA 11 XA 11 XA 11 XA 17 XA 17 XA 17 XA 100 XA 17 XA 100 Maximum vessel capacity 11 ml 11 ml 11 ml 11 ml 11 ml 17 ml 17 ml 17 ml 100 ml 17 ml 100 ml Weighing vessel mass ~ 10 g ~ 10 g ~ 10 g ~ 10 g ~ 10 g ~ 11 g ~ 11 g ~ 11 g ~ 65 g ~ 11 g ~ 65 g a The repeatability values, in this table, apply in the volumen determination of a single channel pipette. When a single-channel balance is used for volumen determination of single channel pipettes the repeatability values are double the values of this table. c Single-channel balance. d Multichannel balance, only valid for multi-channel pipettes. Multi-channel balances of 0,01 mg readability may be uses to test multi-channel pipettes with nominla volumes below 20 µl only if the expanded uncertainty in use is less than ¼ of the maximum permissible systematic error of the test object. e For single-channel pipettes of nominal volumes of less than 2 µl, a balance with repeatability better than the values in the table shall be used so that the expanded uncertainty in use is less than ¼ of the maximum permissible systematic error of the test object. table {font-size: 12px} td {padding:10px; } tr {text-align:center;} @media (max-width: 800px) { table {font-size: 9px} td {padding: 1px 1px} }

XA11 pipette calibration adapter enables calibration and/or verification of piston pipettes by means (more) of a gravimetric method using the XA microbalance. Set content: base weighing pan weighing vessel evaporation ring glass chamber with an opening for dosing Evaporation ring is an integral part of the adapter that increases relative humidity inside the weighing chamber. With this evaporation of the liquid during calibration/verification is stopped. An integrated weighing pan enables centric loading of the vessel in the weighing chamber. The weighing pan and the vessel are housed in a glass chamber featuring an opening allowing the user to dispense liquid through it, and reducing air drafts. Vessel capacity: 11 ml Adapters for Pipettes Calibration Pipette calibration adapters are intended for calibration and verification of piston pipettes using gravimetric method. Use of the pipette calibration adapter reduces maximum capacity of the balance by the mass of the weighing vessel. The table below, which presents the minimum requirements in accordance with ISO 8655-6:2022 standard, enables to select suitable adapter for pipette calibration and respective balance version. The parameters of the balance have been selected so that the expanded uncertainty of measurement in use is less than ¼ of the maximum permissible error of the test object. Nominal volume of apparatus under test V Resolution (d) mg Repeatability (s)3mg Recommended balance Microbalances Analytical balances 0,5 µl ≤ V < 20 µl 0,001c 0,01d 0,006c, e 0,03d MYA 21.5Y XA 6/21.5Y.M.A XA 6/21.5Y.M XA 21.5Y.M.A XA 21.5Y.M XA 21/52.5Y.M.A XA 21/52.5Y.M XA 53.5Y.M.A XA 53.5Y.M 20 µl ≤ V < 200 µl 0,01 0,025 XA 52.5Y XA 110.5Y XA 82/220.5Y.A XA 82/220.5Y XA 120/250.5Y.A XA 120/250.5Y 200 µl ≤ V ≤ 10 ml 0,1 0,2 Adapter for pipette calibration MY 11 XA 11 XA 11 XA 11 XA 11 XA 17 XA 17 XA 17 XA 100 XA 17 XA 100 Maximum vessel capacity 11 ml 11 ml 11 ml 11 ml 11 ml 17 ml 17 ml 17 ml 100 ml 17 ml 100 ml Weighing vessel mass ~ 10 g ~ 10 g ~ 10 g ~ 10 g ~ 10 g ~ 11 g ~ 11 g ~ 11 g ~ 65 g ~ 11 g ~ 65 g a The repeatability values, in this table, apply in the volumen determination of a single channel pipette. When a single-channel balance is used for volumen determination of single channel pipettes the repeatability values are double the values of this table. c Single-channel balance. d Multichannel balance, only valid for multi-channel pipettes. Multi-channel balances of 0,01 mg readability may be uses to test multi-channel pipettes with nominla volumes below 20 µl only if the expanded uncertainty in use is less than ¼ of the maximum permissible systematic error of the test object. e For single-channel pipettes of nominal volumes of less than 2 µl, a balance with repeatability better than the values in the table shall be used so that the expanded uncertainty in use is less than ¼ of the maximum permissible systematic error of the test object. table {font-size: 12px} td {padding:10px; } tr {text-align:center;} @media (max-width: 800px) { table {font-size: 9px} td {padding: 1px 1px} }