Parker Zero Air generator HPZA-3500-220

110V

The Precision Hydrogen Standard generators are designed to provide the gas needed for GC detectors r (more)equiring hydrogen fuel gas, such as FID whilst the Precision Hydrogen Trace generators are capable of supplying GC carrier gas as well as detector gases for multiple GCs. One generator is capable of supplying multiple detectors, and there are various flow rates available to suit individual laboratory needs. Gas Type: Hydrogen Max Gas Flow: 100 cc/min Hydrocarbon Content: Hydrocarbon free Max Output Pressure: 100psi/6.9bar Max Purity: 99.9995% Gas Outlets Fitting: 1 x 1/8” Swagelok compression fitting Water Purity Requirements: ASTM Type II (<1.0 uS / > 1MΩ) Water Consumption: Up to 0.12 L/Day Start Up Time: 180 m Dimensions (HxWxD): 406 x 380 x 540 mm Generator weight: 31kg

Maximum temperature: 150°C Temperature stability (at 37°C): ±0.005°C Temperature uniformity (at 37°C (more)): ±0.02°C Heater power: 2 kW Heat up time from 25°C to 70°C: 25 min Maximum pressure pump performance (at zero flow): 310 mbar Maximum flow pump performance (at zero pressure): 17 L/min Tank capacity: 12 L Tank dimensons (DxWxH): 325 x 300 x 150 mm Liquid depth (min/max): 80/140 mm

The UV-1800 is an advanced high-resolution spectrophotometer utilizing a precision Czerny-Turner opt (more)ical system. Operation can be either as a stand-alone instrument or as a PC-controlled instrument with the included UV Probe software. USB memory can be connected directly to the UV-1800 for simple data transfer and printing is possible with the optional screen-copy printer or printers that support PCL control codes. Photometric Mode measures the absorbance or transmittance at a single wavelength or at multiple (up to eight) wavelengths. In multiple-wavelength measurement, calculations can be performed on the data obtained for up to four wavelengths, including the calculation of the difference between, or ratio of, the measurements obtained for two wavelengths. Spectrum Mode obtains sample spectra using wavelength scanning. Changes in the sample can be tracked using repeated scans. Data processing operations, such as the enlargement or reduction of the spectra obtained, peak detection, and area calculations, are also possible. Quantitation Mode generates a calibration curve from standard samples, and uses it to calculate the concentrations of unknown samples. Various combinations of wavelengths (1 to 3 wavelengths and derivatives) and calibration curves (K-factor and first-to-third order regression calibration curves) are possible. Kinetics Mode measures the change in absorbance as a function of time, and calculates enzymatic activity values. You can select either the kinetics measurement method or the rate measurement method. Time-Scan Mode measures the change in absorbance, transmittance, or energy as a function of time. Multi-Component Quantitation Mode separately quantitates up to eight components mixed in a single sample. Pure components or mixtures of components can be used as standard samples. Biomethod Mode is capable of analyzing DNA and proteins using the several common quantitation methods including quantitation of DNA or protein using the absorbance at 260/230 nm or 260/280 nm and protein quantitation via the Lowry method, BCA method, CBB method, Biuret method, and UV absorption method (direct measurement at 280 nm). Security and validation functionality are also preprogrammed. Security functions allow you to restrict functions according to three user levels: administrator, developer, and operator. Automatic or semiautomatic validation functions include wavelength accuracy, wavelength repeatability, resolution, stray light, photometric accuracy, photometric repeatability, baseline flatness, baseline stability, and noise level. The operating time of the lamps can be recorded and displayed so that you can anticipate replacement and avoid downtime. Stray Light: <0.02%T at 340 nm, 400 nm; <1.0%T at 198 nm Source Lamp: Deuterium; Tungsten-Halogen Beam Type: Double Bandwidth: 1.0 nm Min Wavelength: 190 nm Max Wavelength: 1100 nm Wavelength Accuracy: ±0.1 nm Wavelength Reproducibility: ±0.1 nm Min Photometric – Transmittance: 0%T Max Photometric – Transmittance: 400%T Min Photometric – Absorbance: -4 A Max Photometric – Absorbance: 4 A Photometric Drift: <0.0003 A/hr Detector: Silicon photodiode Including UV Probe software

Laborbau Door cabinet RT Light Grey 600

Anti-vibration table for laboratory balances Radwag SAL / C is designed to offer higher stability of (more) mass measurements. It offers comfortable working conditions with the balance, which eliminates floor vibrations and vibrations caused by the user when handling scales. The design of two pieces of the table, makes that the pressure exerted on the board are not transferred on the balance base. The table has a stable steel structure, with adjustable leveling feet and a solid base under the granite scale. In the SAL / C version, the legs and the support structure of the table are made of powder-coated steel and the chipboard board.

Centrifuge FC5513-K, Frontier™ 5000 Ohaus, with rotor Designed to be comfortable and practical, Fron (more)tier Micro centrifuges feature an intuitive control interface that is easy to operate even when wearing gloves. Micro centrifuges save valuable bench space by integrating all of their functionality into a small footprint. Frontier Micro centrifuges offer high-speed operation for a range of essential laboratory applications, such as DNA/RNA preparation, ultrafiltration and more. Additionally, biocontainment rotors allow for research with hazardous samples. The equipment is completed by a silent brushless motor, high sample productivity, multi-safety control, customized programs. Included in the FC5513-K model you will get the angle rotor with maximum capacity of 24 x 1.5 / 2.0ml. Features: Maximum relative centrifugal force (x g) at 17,317 g; maximum speed 13,500 rpm; tube diameter without adapter 12mm / 2.0ml, 1.5ml; outer/inner radius 85 mm; 45° angle. You can go into product detail by listening to the Ohaus centrifugation podcast. In this episode, Peter Will, product manager for laboratory equipment at OHAUS, discusses centrifugation and centrifuge safety. ELEGANT AND PRACTICAL DESIGN - Simple and modern interface, to set parameters easily - The display shows both the set and real parameters - Clear and right display STRUCTURE AND FUNCTIONALITY - The panel is splash proof to protect the centrifuge from accidental sample spills - The maintenance-free induction motor produces G-force max. of 17317×g - Speed ​​up to 13500 rpm in less than 15 seconds (with microtubes) - 10 acceleration/deceleration settings - 99 memory sets for quick storage and easy recall of used parameters - Rotor imbalance detection systems shut down the unit when loads are out of balance TECHNICAL FEATURES Speed ​​range: 200 rpm - 13,500 rpm Maximum relative centrifugal force: 17,317 g Maximum flow rate (rotor): 24 x 1.5 / 2.0ml Program memories: 99 Rotor Packaging: Angled Rotor: 24 x 1.5 / 2.0ml Acceleration gear: 10 Deceleration gear: 10 Lid lock: mechanical Noise level: ≤60 ± 2 dB (A) Pre-refrigeration time: not applicable Rotor Compatibility: Angled 24 x 1.5ml / 2.0ml; angled 24 x 1.5ml / 2.0ml sealable; Hematocrit rotor, 24 x capillaries; corner 18x2ml spin columns Rotor recognition method: manual Execution time: quick rotation; 10 seconds to 99 hours 59 minutes 59 seconds; Continuous Safety certification: CE; FCC