AUTOTUNE Controller
- Suitable for eATM ROBOT and NMR SERVICE probes
- Compatible with any console, e.g. Bruker (Av. III HD, Neo), Tecmag, Varian
- Compatible with any NMR software, e.g. Bruker TopSpin, TNMR
AUTOTUNE H/F—X controller
- Two-channel AUTOTUNE controller unit
- Enables automatic tune/match for eATM ROBOT and NMR SERVICE probes
- Total frequency range: 30 - 900 MHz
- Usable frequency range depends on probe/console
- Includes interface to console
- Synchronisation via TTL:
-- One TTL output (console—box): start AUTOTUNE—H/F
-- One TTL output (console—box): start AUTOTUNE—X
-- One TTL input (box—console): stop any AUTOTUNE
- USB interface to computer/software
- Option: upgrade with third channel
AUTOTUNE—H/F and AUTOTUNE—X software
- Enables manual and automatic tune/match via AUTOTUNE controller
- Runs on MS Windows 11 and lower versions
- Synchronisation with the pulse sequence via preamble
- Probe selection menu and/or probe identifier module
- Maximum flexibility in re-calibration
-- Automatic tune/match mode (continously)
-- Go to saved positions (up to four) followed by automatic tune/match
-- Tune by list (pre-save 100+ positions) followed by automatic tune/match
H/F—X eATM ROBOT
- Double-channel external automatic tuning matching (eATM) robot
- Stand-alone unit with hard- and software
- Suitable for any NMR/NQR experiments that require automatic re-calibration of the resonance circuit (tune/match), e.g.
-- variable-temperature NMR
-- frequency sweep/VOCS experiments
-- in situ NMR experiments
- Suited for H/F—X or X—Y or similar static and MAS probes
- Suitable for any magnet and fields of 100 MHz to 1 GHz
- Suitable for any NMR console
- Robot unit with four motor/encoder units for H/F—X tune/match
- Floor plate to position robot underneath the magnet
- Fingertips to attach tune/match elements of the probe to the robot
- Electronics and interface to AUTOTUNE controller
- Hardware fitted to customer requirements
- Option: upgrade to third channel, e.g. for H/F—X—Y probes
MAS Controller (IV)
- Stand-alone unit including hard- and software
- Suitable for all rotor types and consoles
- Manual drive/bearing adjustment (full manual operation)
- Automatic settings (touchpad/software control)
- Remote control via Ethernet (e.g. VNC) on any device
- Eject/insert and frame flush outputs
- MAS spin speed detection to 150 kHz (theoretically 300 kHz with 0.1 Hz resolution; Bruker or any other input
- Spin speed input: digital TTL or analogue with automatic gain calibration
- Signal monitoring output (voltages)
- Trigger signal for synchronisation
- Data logging of all system parameters every 50 ms
- Free soft- and firmware upgrades
- Input Voltage: 100 – 240 V (AC) 50/60 Hz
- Input pressure:
- min. 5 to max. 10 bar (min. 72 to max. 140 psi)
- Output pressure:
- min. 0 to max. 4.5 bar (min. 0 to max. 65 psi) on drive/bearing
- In/output: compressed air or nitrogen gas
Goniometer Controller
- Stand-alone unit including hard- and software
- Suitable for single- and two-axis goniometer
- Manual and automatic (TTL synchronised) mode
- Automatic settings (touchpad/software control)
- Remote control via Ethernet (e.g. VNC) on any device
- Trigger signal for synchronisation
- Data logging of all system parameters every 50 ms
- Free soft- and firmware upgrades
- Input Voltage: 100 – 240 V (AC) 50/60 Hz
LED Controller
Control LEDs placed around the rotor inside a probe:
- turn LEDs on or off
- adjust intensity
Features:
- manual mode
- automatic mode via TTL
- graphical user interface
- software written in python and pyqt and provided open source
VT and Flow Controller
- standalone unit including hard- and software for VT and/or flow control
- rack mount possible
- suitable for
- single channel or dual channel
- operation modes:
-- flow control only
-- temperature control with internal flow control (typical for static NMR experiments)
-- temperature control with external flow control (typical for MAS NMR experiments) (interlock required)
- graphical PC software for monitoring or controlling
- experiment automation for both Bruker and Tecmag type experiments
- thermocouple and sample temperature sensor type selectable in software
- temperature range -270°C to +900°C
- flow range 5 l/min to 30 l/min
- adjustable PID settings from 0 PID to 100/50/20 PID