Cryogen-free, temperature-controlled permanent magnet at an operating proton 
frequency of 80 MHz, no liquid nitrogen or helium, no water cooling or additional venting required
- Dimensions: ~50/ 70/ 60 cm (H/ W/ D), 
weight: ~94 kg
- Power consumption < 300 W, power: 100-240 V, 50-60 Hz time by running experiments (pulse programs)
- Dedicated acquisition and analysis software included automated shim routine.
- TopSpin pulse program library included, Non-Uniform Sampling (NUS) possible
- Standard shim sample included
- Standard line shape sample included
- Receiver bandwidth up to 1 MHz, RF shapes: 14-bit resolution, RF time resolution: 12.5 ns
- Ethernet connections: 1 to PC or network, 1 to optional accessories
- 1 Trigger Input: Control of running experiments (pulse program) via external TTL trigger signal in real-time
- 1 Trigger Output: Control external units via TTL trigger signal in real
1. FH0020 1 PC Gradient Option Pulsed Field Gradient
- Probe equipped with a one-axis gradient
- Full linear gradient
- Gradient: 5 A max. current
- Gradient power: >0.25 T/m (> 25 G/ cm)
- Gradient shape resolution: 18 bit
- Gradient time resolution: 10 us
2. FH0031 
Sample temperature at 25°C magnet temperature.
- The system will be used in a temperature-regulated room of +18 °C to +28 °C with typical temperature variations of max. ±1.5 °C
3. H176415 
Accessory Case includes:
- 2 sample tube holders for 7-inch-long NMR standard tubes with an outer diameter of 5 mm (Z170760)
- 1 cleaning kit to be used in case of tube breakage, to remove broken glass and spill safely from the probe  (H176417)
- 100 economy tubes for routine NMR, 5 mm outer diameter, 7-inch length, wall 0.38 mm, camber 60 um, including caps without holes with code (Z172600)
- USB stick including documentation in electronic format (1867248)
- 2 Backup fuses, 5x20 mm, 6.3 A  (1801717)
4. FH0011 
1H/13C Probe 5mm/7'' with ext. lock
- 1H/ 13C double channel probe for standard 5 mm diameter, 7 inch long NMR tubes
- Digital Lock: external (no deuterated solvents needed)
- Sensitivity: 1H > 160:1 for 1% ethyl benzene
- RF power 1H: 5W, 13C: 20 W
- Experiments e.g.: 1H: 1D, 1D with solvent suppression,1D selective excitation, T1, T2, reaction monitoring, 1H 2D: COSY, JRES, 13C: 1D (with NOE and decoupling), DEPT45,  DEPT90, DEPT135,ATP, 13C-1H 2D: HMBC, HSQC, HMQC, HETCOR
5. UH0089 
Bench PC with Touchscreen
- HP MS-Windows PC Mini
- Workstation to be placed between the screen and screen base
- HP monitor with touchscreen (23’’)
- 1920 x 1080 at 60 Hz
- At least Windows 10
- Intel® Core# i3 Processor
- 16 GB SDRAM
- 256 GB SSD
6. SHFR100A 
Soft TopSpin + GoScan Aca Basic acquisition and processing license package for use on a benchtop system (ACA), incl.:
- GoScan acquisition license, incl.:
- Straightforward entry-level Software for data acquisition
- Optimized for mouse and touchscreen operation
- Configurable library of experiments
- Import of Top Spin parameter sets possible
- Combination of several experiments into one push-button
- Overview of results and direct link to Top Spin for processing and analysis
- Data can be exported automatically to an additional storage (hard disk or external server or USB stick)
- TopSpin 4 acquisition and processing  license, incl.:
- NMR data acquisition (arbitrary dimensions) and processing (1D-6D)
- NMRGuide - a collection of theoretical  information and practical tips around NMR for the training of users in the use of 1D and 2D experiments with NMR literature library
- IconNMR
- Processing of non-uniformly sampled (NUS) data for 2D spectra
- Spectra analysis, including automated integration and deconvolution of NMR spectra
- Workflow automation: serial processing,  AU programs, python scripts
- NMRSIM and DAISY for the experiment simulation and 1D and 2D spectra prediction
- Relaxation analysis (T1/T2)
- TopSpin integrated structure editorEducation Package New interactive learning experience to enrich students’ expertise in NMR techniques, including:
- Student’s Lab Guide: Step-by-step instructions on performing experiments, including theory, in English.
- Instructor’s Lab Guide: Provides detailed information on how to set up,  execute and evaluate the experiments, in  English language.