Adam Equipment LPB 223E Luna Precision Balance, 220g, 0.001g

This listing is for a Adam Equipment Nimbus BalanceInnovative design enables a compact footprint, so (more) it occupies minimal space but retains a high level of performance. The Nimbus base is formed from a single piece of extruded aluminum, a material that provides superior temperature regulation. The single-piece construction offers greater stability, producing highly repeatable results. The weighing sensor in the Nimbus is crafted from a single block, and contains fewer parts than a traditional force motor balance. This optimized internal mechanism is fabricated using hardened materials, helping the Nimbus tolerate rigorous laboratory use. Efficiency in the mechanics, plus improved processing power of the electronics, leads to excellent performance.Capacity - 120gReadability - 0.0001gRepeatability - 0.0001gLinearity - 0.0003gMin Weight USP - 0.01gPan size - 90mm øWeighing Units - ct, custom unit, dwt, g, GN, mg, N, oz, oztStabilisation Time - 4Interface - RS-232/USBCalibration - Internal automatic calibrationDisplay - Backlit LCD with 20mm high digitsOperating Temperature - 15° to 35°C / 59° to 95°F

SARTORIUS CUBIS MSE10202S precision balance 10200g / 0.01g New equipment in its original packaging L (more)aboratory balance Reference: MSE10202S-000-D0 Weighing capacity: 10200g (10.2kg) Readability: 0.01g Linearity: 0.02g Dimensions of weighing pan: 20.6 x 20.6 cm Weighing units: g, kg, mg, ct, lb, oz, gr oz, tael, gr, dwts, Parts per lb, moms, Austrian ct, Tola, Baht, Mesghal Calibration Type: Internal

The mass standard is the foundation of accurate mass measurement, as it affects the quality and reli (more)ability of results in many areas. Its role in maintaining uniformity and in meeting measurement standards is crucial, making the mass standard an indispensable metrology component. Cylindrical Shape: The cylindrical shape of the standards ensures ease of handling and precise placement on weighing platforms. Plastic Packaging: The weights are delivered in a durable plastic case, ensuring their safe storage and transport. Set Includes: 4 mass standards.

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.

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} }

Moisture analyzer is a laboratory measuring instrument intended to determine relative humidity for s (more)mall samples of different materials. MA.R series redefines moisture analyzers standards. The MA.R series This series has been equipped with brand new readable LCD display providing an extra text line for information such as supplementary messages and data, e.g. product name or tare value. The moisture analyzer, using respective pictograms, signalizes currently activated mode, computer connection and functions, both balance and service ones. The MA.R series is enriched with various interfaces: RS232, USB type A, USB type B and Wi-Fi. The moisture analyzer is housed in a plastic casing. Databases: Information system of R series moisture analyzers is based on 6 databases, allowing many operators to operate product database comprising many samples. Collected measurements may be subjected to subsequent analysis. Collected data is registered in 6 databases: Users (up to 10 users) Products (up to 1000 products) Weighings (up to 1000 weighings) Tares (up to 100 tares) Programs (up to 100 drying programs) Drying process reports (up to 1000 reports) The results The results obtained using the moisture analyzer (the final result of the drying process): % M – the mass loss in %; displays the mass change recorded during the drying process, expressed as a percentage, % D – the dry mass obtained during the drying process, expressed as a percentage; the result is the portion of the sample that remains on the weighing pan after the moisture has evaporated, % R – the ratio of moisture content to dry mass, obtained during the drying process, expressed as a percentage; the result is the portion of the sample that evaporated during the drying process, g – the sample mass after drying. Exchange of information within the system is performed by means of USB port on bi-directional basis. It is possible to import and export databases using memory sticks. Direct access to information It is possible to access functions and databases directly, using keyboard soft keys. Database – access to databases Function – access to basic functions F1 and F2 – programmable function keys and menu navigation keys Reports – access to database of drying process reports Profile – access to parameters settings Sample – access to products database

Overall Size of cell (DxWxH): 160 x 120 x 180 mm Gel Size (WxH): 80 x 73 mm Inner Plate (WxH): 101 x (more) 73 mm Outer Plater (WxH): 101 x 83 mm Precast Gel Compatibility: Ready Gels Voltage Limit: 600 VDC and 15 watts Weight: 1 kg Output: Constant voltage, constant current with automatic crossover Voltage: 10 V to 300 V, fully adjustable in 1 V steps Current: 5 mA to 400 mA, fully adjustable in 1 mA steps Power: 75 W Terminals: 4 pair recessed female banana jacks, floating in parallel Timer: 001 to 999 minutes, fully adjustable Ripple: ±1% (at 300 V and 75 W) Line regulation: ±0.5% (at 300 V and 750 W) Load regulation: ±1% (at 300 V for a 50% change in output load) Drift: ±1% (after 30 min warm up at 300 V and 75 W) Voltage stability : ±1 V Current stability : ±1 mA Dimensions (DxWxH): 290 x 210 x 80 mm Weight: 1.8 kg

Eppendorf Realplex 4 MasterCycler Epgradient S Real Time Cycler 96-Well This item was removed from a (more) university where it was surplus to requirement. It is in good cosmetic condition and powers on, however it does not include the required controller. We made several attempts to connect it to the software from another unit (not included), but it would not communicate Therefore, it is listed as Spares/Repair. Includes an Eppendorf USB drive with pre-installed software and a digital user manual.

Thermo Fisher Safe 2020 1.2 Class 2 Biological Safety Cabinet This item was removed from a universit (more)y lab where it was surplus to requirements. The unit powers on and the fan, airflow, white light, UV and window up/down function properly. It was last serviced in April 2024. It is in good cosmetic condition with some minor marks from use. Safe Working area 64 x 120cm Includes:-Manual-Stand for unit Socket tester not included.

Moisture analyzer is a laboratory measuring instrument intended to determine relative humidity for s (more)mall samples of different materials. MA.R series redefines moisture analyzers standards. The MA.R series This series has been equipped with brand new readable LCD display providing an extra text line for information such as supplementary messages and data, e.g. product name or tare value. The moisture analyzer, using respective pictograms, signalizes currently activated mode, computer connection and functions, both balance and service ones. The MA.R series is enriched with various interfaces: RS232, USB type A, USB type B and Wi-Fi. The moisture analyzer is housed in a plastic casing. Databases: Information system of R series moisture analyzers is based on 6 databases, allowing many operators to operate product database comprising many samples. Collected measurements may be subjected to subsequent analysis. Collected data is registered in 6 databases: Users (up to 10 users) Products (up to 1000 products) Weighings (up to 1000 weighings) Tares (up to 100 tares) Programs (up to 100 drying programs) Drying process reports (up to 1000 reports) The results The results obtained using the moisture analyzer (the final result of the drying process): % M – the mass loss in %; displays the mass change recorded during the drying process, expressed as a percentage, % D – the dry mass obtained during the drying process, expressed as a percentage; the result is the portion of the sample that remains on the weighing pan after the moisture has evaporated, % R – the ratio of moisture content to dry mass, obtained during the drying process, expressed as a percentage; the result is the portion of the sample that evaporated during the drying process, g – the sample mass after drying. Exchange of information within the system is performed by means of USB port on bi-directional basis. It is possible to import and export databases using memory sticks. Direct access to information It is possible to access functions and databases directly, using keyboard soft keys. Database – access to databases Function – access to basic functions F1 and F2 – programmable function keys and menu navigation keys Reports – access to database of drying process reports Profile – access to parameters settings Sample – access to products database