Radwag Transport Case for AP-12.5Y, AP-12.1.5Y Balances

F1 Mass Standard - knob weights. Nominal value - 50 kg.

Made of fabric, protects device housing against dust, dirt, etc.

Convenient Transportation of Small Mass Standards The mass standards tweezers are tongs/ pliers that (more) will enable you to conveniently and precisely grasp and transport small mass standards. With it, you can easily and quickly place or lay an object (for example, a mass standard) on the pan and remove it from the pan. The tweezers protect the mass standards from finger grease, moisture and other factors that interfere with the measurement. It is indispensable in the daily use of laboratory balances. Tweezers 105 mm Material: carbon fiber for standards up to 50 g What Kind of Tweezers for Mass Standards? TWEEZERS LENGHT APPLICATION Standard 105 mm up to 50 g 160 mm up to 200 g 250 mm up to 500 g 300 mm up to 500 g Made of carbon fiber 105 mm up to 50 g With a carbon fiber tip 105 mm up to 50 g 155 mm up to 200 g 185 mm up to 200 g 200 mm up to 200 g

XA100 pipette calibration adapter enables calibration and/or verification of piston pipettes by mean (more)s 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: 100 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} }

Intended use: Operation of professional MWLH electromagnetic high resolution modules is based on an  (more)electromagnetic digital converter. The MWLH series is designed to be incorporated into customer's weighing systems requiring high IP rate, great weighing accuracy and high measurement speed. Brand new, compact design favours unlimited module's adaptation capabilities. The module may be installed on technological lines thus ensuring quick and precise measurement in challenging industrial environment. Design: MWMH Weighing Module features integrated stainless steel housing with degree of protection classified as IP 65. It is connected to signal cables via quick coupling. The module base features four holes located in its corners allowing to fix the module to the base using M8 screws. MWMH Weighing Module comprises aluminium, painted plate with four threaded M6 holes, useful for fixing the weighing pan. Features: Brand new construction of the electromagnetic mechanism housed in a stainless steel casing (IP65), Reading unit of 0,01 g, Ease of adaptation to required usage area, Cooperation with HY terminal, Interfaces: RS 232, RS 485, Ethernet, 2xIN i 2xOUT, Profibus (option).

Ohaus PR322N/E PR Series Precision BalanceOffering accuracy and repeatability in essential weighing  (more)applications in laboratory, industrial andeducation settings, PR Analytical and Precision Balances deliver competitive performance at aneconomical price. Featuring RS-232 connectivity for easy communication, and a backlit display and asimple interface for uncomplicated operation, the PR is perfectly designed for your workplace. The PR is equipped with three essential weighing modes, RS-232 connectivity for datatransfer and storage, making it ideal for routine weighing applications. Equipped with an easy-to-read, bright backlit display and a simple user interface,the PR is incredibly easy to operate, with almost no training required. The PR’s small footprint saves desktop space while providing a large weighingsurface. The PR is durably constructed, and features a stainless steel panto withstand day-to-day use in the workplace. Click Here to View Product Video INCLUDED: The Ohaus PR322N/E PR Series Precision Balance includes: - Power Cord - Operator's Guide - Manufacturer's Documentation - 1 Year Manufacturer's Warranty

IKA STARVISC 200-2.5 control Speed Range 0/6 - 2000 rpm Viscosity Max 100000 mPas Setting accuracy s (more)peed ±1 rpm Features - Real-time viscosity display during product development - High-precision viscosity measurement without needing separate samples - User-friendly menu for immediate viscosity calculation - Removable control unit with modern TFT display for safe-distance control - Powerful stirring capability for highly viscous substances - Includes STARVISC 200-2.5 control, various cables, temperature sensor, and tools - Stirring quantity up to 100 l - Brushless DC motor with 130 W input and 84 W output - Supports intermittent operation and displays temperature Measure viscosity and display it, even during product development: the new IKA STARVISC 200-2.5 control torque-measuring stirrer makes it possible. The result can be read in real-time on the display. STARVISC therefore has a broad range of applications. This is particularly helpful during product development: STARVISC already clearly indicates while running research programmes as to whether the stirred substance can be used as desired.INCLUDED: The IKA STARVISC 200-2.5 control includes: - STARVISC 200-2.5 control - WICO STARVISC 200-2.5 C - WH11 - Protective cover for WiCo contact - WiCo power supply - H 67.60 Temperature sensor, stainless steel - USB Cable - USB A to Micro-B, 2 m - USB cable micro A – micro B 2.0 - Offset screwdriver - Screw driver - Manufacturer's Documentation - 2 Year Manufacturer's Warranty

The solubility index mixer is a precision stirrer. It is intended for use primarily for the determin (more)ation of the solubility of dry milk powder. The stirrer is useful in any application requiring that mixing conditions be accurately repsroduced from one run to another.