ING Climas RAF 12300

Laboratory stand diameter 15mm height 148cm High height stainless steel stand Height: 1.48m (148cm)  (more)With 1 clamping nut Base dimensions: 20x30cm

Circulation chillers for reliable continuous operation in laboratory and research applications from  (more)-10 to 40°C The LAUDA Microcool line, simple, easy to use, consists of four compact models with large LED display and membrane keyboard, which offer cooling capacities from 0.25 to 1.2 kW. The strong point of these devices is the high-quality centrifugal pump with magnetic coupling - unique on the market for this price category: the magnetic coupling of the pump and the electric motor prevents any kind of sealing problem on the pump shaft. The MC 250 and MC 350 models easily fit on a laboratory bench. Larger models with 600 and 1200 watts of cooling capacity are also available, which can be placed on the floor under a laboratory bench to save space. In addition, the MC 1200 W, the most powerful device, is also available in a water-cooled version. Cooling power for the model Microcool MC 350 (measured with ethanol):: - at 20°C, 0.35 kW - at 10°C, 0.27 kW - at 0°C, 0.20 kW - at -10°C, 0.12 kW Notable features - Auto start timer and auto power off function - Top filling opening, drain connection on the back - Cooling capacity adapted via solenoid valve control, including automatic compressor control Examples of specific applications - Rotary evaporators - Distillation systems - Spectrometers - Supply of cooling traps - Digital print - Laser cut - Spot welding - Injection molding - Tunnel drilling machines - Centralized cooling water supply Accessories included Nozzles for pump connections; screw cap Performance graph of the pump of the LAUDA Microcool CHILLER. Simple three button control panel, with display and three LED indications: heat transfer liquid required; active cooling unit; device error. Connections on the back of the Microcool: RS232; drain screw; external alarm output. Connections on the back of the Microcools: inlet/outlet pump connection; overflow connection. Front liquid level indicator. Front cover for filling. Front panel of the Microcool LAUDA easily removable for fast filter maintenance. TECHNICAL VISUALIZATION 1 - Filler nozzle with cover 2 - Level indication 3 - Operating unit 4 - Front panel with ventilation openings 5 - Four feet 1 - Overflow connection 2 - Pump connection, outflow 3 - Pump connection, return flow 4 - Rating label 5 - Alarm output 6 - RS 232 interface 7 - Power supply 8 - Drain screw 9 - Ventilation openings 1 - Display 2 - LEDs 3 - Control buttons 4 - Main switch Liquid level indicator a - Max. level b - Min. level Pressure gauge The models with bypass (MC600 and MC1200) are equipped with a pressure gauge to read the set pressure.

IKA ROTAVISC SBS hi-vi II HELI Complete Viscosity Measuring Range 40000000 mPas Speed Range 0.01 -  (more)200 rpm Working Temperature -100 - 300 °C Features - Special steel ball bearing technology enhances durability for high throughput and frequent spindle changes. - Measures viscosity up to 40,000,000 mPas with +/- 1% accuracy and +/- 0.2% repeatability. - Motorized IKA HELISTAND and 4.3" TFT display simplify operation and ensure precise measurements. - Adjustable speed from 0.01 to 200 rpm, with temperature measurement and calibration options. - Torque measurement, wide temperature range, RS 232 and USB interfaces for data management. The SBS rotational viscometers, part of the IKA ROTAVISC family, bring advanced steel ball bearing technology to the forefront, offering unmatched durability for laboratories with high sample throughput or harsh conditions. These viscometers achieve precise measurements across a vast viscosity range up to 40,000,000 mPas, ensuring accuracy within +/- 1% and repeatability of +/- 0.2% for both simple and complex fluids. Equipped with a motorized IKA HELISTAND and an intuitive 4.3" TFT display, the device ensures uniform sample testing and easy setup, enhancing the user experience for all viscosity measurement tasks. With features such as adjustable speed, comprehensive temperature control, and extensive connectivity options, the SBS series stands out for its versatility and precision in demanding laboratory environments.INCLUDED: The IKA ROTAVISC SBS hi-vi II HELI Complete includes: - ROTAVISC SBS me-vi control - HELISTAND - T-SP-SET - SP set-2 - PT 100.8 - Guard rail - Manufacturer's Documentation - Two Year Manufacturer's Warranty

Leica AODS 20200-8 Laser Modulator Lab This item was removed from a university where it was surplus  (more)to requirement. It is in good cosmetic condition and powers on, we are unable to test it further at our facility. Power supply not included.

MAS.1 R device is an electromagnetic weighing module of high resolution, equipped with R touch panel (more) featuring 5.7" display. The module is intended to be integrated into customer-owned weighing system. The compact design and integrated electronics make it possible to adapt the module into customer's technological line or to install it inside customers' device. In order to reduce the influence of ambient conditions on the measurement result which is a cause high measurement accuracy, it is recommended to install the module inside a draft shield for example. The module comes standard with a dedicated power supply. Features: Brand new design of the electromagnetic mechanism housed in an aluminium enclosure, Readability of 0.01 mg, Overload protection, Ease of adaptation to the required storage space, Internal adjustment, Various options of hardware configuration.

Homogenizer IKA T25 ULTRA-TURRAX Model: T25 Homogenizer / Disperser Max speed: 24000 rpm Voltage: 23 (more)0V, 50/60Hz Power: 600W With dispersing tool / dispersing head S 25 N - 18 G

Agilent 1100 system consisting of: 1x Agilent 1100 Degasser type G1379A 2x Agilent 1100 Isocratic Pu (more)mp type G1310A 1x Agilent 1100 Variable Wavelength Detector type G1314A 1x Agilent 1100 Fluorescence Detector type G1321A 2x Solvent tray Manual injector with 1 ml sample loop Laptop Agilent 1100 IsoPump: Hydraulic system: Dual piston in series pump with proprietary servo-controlled variable stroke drive, floating pistons and active inlet valve Setable flow range: 0.001 – 10 ml/min, in 0.001 ml/min increments Flow range: 0.2 – 10.0 ml/min Flow precision: < 0.3 % RSD (typically 0.15 %), based on retention time, at 1 ml/min Pressure: Operating range 0 – 40 MPa (0 – 400 bar, 0 – 5880 psi) up to 5 ml/min, Operating range 0 – 20 MPa (0 – 200 bar, 0 – 2950 psi) up to 10 ml/min Pressure pulsation: < 2 %amplitude (typically < 1 %), at 1 ml/min isopropanol, at all pressures > 10 bar (147 psi) Compressibility compensation: User-selectable, based on mobile phase compressibility Recommended pH range: 1.0 – 12.5, solvents with pH > 2.3 should not contain acids which attack stainless steel Dimensions (HxWxD): 140 x 345 x 435 mm Weight: 11 kg Agilent 1100 VWD: Detection type: Double-beam photometer Light source: Deuterium lamp Wavelength range: 190–600 nm Short term noise (ASTM): ± 0.75 x 10-5 AU at 254 nm Drift: 3 x 10-4 AU/hr at 254 nm Linearity: > 2 AU (5%) upper limit Wavelength accuracy: ± 1 nm Self-calibration with deuterium lines, verification with holmium oxide filter Band width: 6.5 nm typical Flow cell: 14-µl volume, 10-mm cell path length and 40 bar (588 psi) pressure maximum Dimensions (HxWxD): 140 x 345 x 435 mm Weight: 11 kg Agilent 1100 FLD: Detection type: Multi-signal fluorescence detector with rapid on-line scanning capabilities and spectral data analysis Light source: Xenon flash lamp Pulse frequency: 296 Hz for single signal mode, 74 Hz for spectral mode Excitation monochromator: range; 200 – 700 nm and zero-order,  bandwith; 20 nm, monochromator; concave holographic grating F/1.6 blaze 300 nm Emission monochromator: range; 280 – 900 nm and zero-order,  bandwith; 20 nm, monochromator; concave holographic grating F/1.6 blaze 400 nm Spectrum acquisition: Excitaiotn or emmision spectra, scan  speed; 28 ms per data point, step size; 1 – 20 nm Wavelength characterisric: Repeatability; ±0.2 nm, accuracy; ±3 nm Flow cell: 8 µl volume and 20 bar pressure, quartz Dimensions (HxWxD): 135 x 345 x 435 mm Weight: 11.5 kg

The LC-NMR-MS Interface is designed to sit between an HPLC system, an NMR spectroscopy probehead and (more) an MS unit. It would normally be mounted on top of the MS table immediately in front of the MS input connector. The BNMI-HP consists of 3 medium pressure (> 60Bar) syringe pumps, a 1:20 splitter, an 8-Port valve, 3 mixing chambers (T-Pieces) and associated control and interface electronics. The flow of the HPLC separations to the MS unit can be modified by pumping additional solvent from the syringe pumps. This improves the MS peak detection and shortens the time needed for the split separation to reach the MS. Separations can also be stored as a result of an MS peak detection as well as through UV absorption peak detection. The splitter splits the fluid flow from the HPLC in a 1:20 ratio. i.e. ca. 5% of the fluid is directed to the MS and the remainder to either the NMR probehead for immediate analysis or to the BPSU36 storage cassette for storage and later analysis.  The fluid directed to the MS is mixed in the mixing chamber (T-Piece) with the solvent pumped from the syringe pumps. The two left hand syringe pumps pump alternatively to guarantee a constant ’makeup’ flow. The 3rd pump at the right hand side is used to pump a calibration fluid into the flow path to allow the MS to be calibrated (or simply synchronized) at the start and end of each measurement cycle. The 8-Port valve is used to direct the fluid flow. Control of the BNMI Unit is performed using the HyStar program via an ethernet interface. Commands received from HyStar are interpreted in the BNMI Control Board. The control board then sets up the BNMI unit accordingly e.g.: Starts the pumps, changes the flow rate, turns the 8-Port valve. The splitter has a fixed mechanical function and cannot be controlled or adjusted. It simply accepts a fluid flow and splits it into 2 paths in a 1:20 ratio. However, other split ratios are available (for example 1:100 may be preferred if you have very high sample concentrations).

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