Related Manuals for Bruker HPPR/2
Summary of Contents for Bruker HPPR/2
- Page 1 HPPR/2 ● for AVANCE NEO Systems User Manual Version 001 Innovation with Integrity...
- Page 2 Product names used are trademarks or registered trademarks of their re- spective holders. © December 19, 2018 Bruker Corporation Document Number: 10000061380 P/N: H172204...
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Page 3: Table Of Contents
Symbols on the Packaging .................... 19 Inspection at Delivery...................... 20 Packaging ......................... 21 Storage .......................... 21 HPPR/2............................... 23 Overview ........................... 23 Features.......................... 24 HPPR/2 RF Power Supervision .................. 24 5.3.1 FAQs.......................... 26 HPPR/2 Wiring........................ 27 5.4.1 Supply and Pulse Wiring (up to 4 RF Channels) .............. 28 5.4.2 Supply and Pulse Wiring (5 to 8 RF Channels) .............. 29 Wobble.......................... 30... - Page 4 HPPR/2 Preamplifier Variants................... 41 HPPR/2 Preamplifier Part Numbers.................. 41 HPPR/2 Preamplifier Overview.................. 42 HPPR/2 Operating Modes .................... 43 7.4.1 Operating Modes of HPPR/2 XBB, 31P, 13C, 15N Modules .......... 43 7.4.2 Operating Modes of HPPR/2 2H Module ................ 44 7.4.3 Operating Modes of AQS 1H2H Preamp ................ 45 7.4.4...
- Page 5 Part Numbers........................ 62 10.3 Technical Data ........................ 62 10.3.1 Coil Control Section ...................... 63 10.3.2 RF-Section ........................ 64 10.4 Troubleshooting ........................ 64 10.4.1 Diagnostics ........................ 64 11 HPPR/2 MRI ADM-CRP Module ....................... 65 11.1 Overview ........................... 65 11.2 Description ........................ 65 11.2.1 Tuning/Matching Driver..................... 66 11.2.2 Operating Modes ...................... 66 11.2.3 Connectors........................ 67 11.2.4...
- Page 6 Contents 14.4 How to Report a System Error .................. 77 15 Dismantling and Disposal........................ 79 15.1 Dismantling ........................ 79 15.2 Disposal Europe........................ 79 15.3 Disposal USA and Other Countries .................. 80 16 Technical Data .......................... 81 16.1 General Information ...................... 81 16.2 Connection Values...................... 81 16.3 Operating Conditions ...................... 82 16.4 Rating Plate ........................ 82 17 Contact .............................. 83...
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Page 7: About This Manual
The figures shown in this manual are designed to be general and informative and may not represent the specific Bruker model, component or software/firmware version you are working with. Options and accessories may or may not be illustrated in each figure. - Page 8 About This Manual CAUTION CAUTION: Indicates a hazardous situation that, if not avoided, could result in minor or moderate injury. This is the consequence of not following the warning. 1. This is the safety condition. u This is the safety instruction. NOTICE NOTICE: Indicates information considered important, but not hazard-related (e.g.
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Page 9: Introduction
Intended Use The device has been designed and constructed solely for the intended use described here. The HPPR/2 units must only be used for the limited purpose of transmitting, switching and amplifying of dedicated RF signals in Bruker AVANCE spectrometers. -
Page 10: Warranty Terms
Introduction Warranty Terms The warranty terms are included in the manufacturer's Terms and Conditions. Customer Service Our customer service division is available to provide technical information. See the chapter Contact for contact information. In addition, our employees are always interested in acquiring new information and experience gained from practical application;... -
Page 11: Safety
Safety Safety This section provides an overview of all the main safety aspects involved in ensuring optimal personnel protection and safe and smooth operation. Non-compliance with the action guidelines and safety instructions contained in this manual may result in serious hazards. General Before you start any repair inside of the device, be aware of the high 230/115V voltages. -
Page 12: Personnel Requirements
• The system owner must ensure that all (electrical, mechanical, etc.) safety devices are regularly checked to ensure full safety functionality and completeness. Personnel Requirements Only trained Bruker personnel are allowed to install, mount, retrofit, repair, adjust and dismantle the unit! 12 / 92... -
Page 13: Qualifications
Safety 3.3.1 Qualifications This manual specifies the personnel qualifications required for the different areas of work, listed below: Laboratory Personnel Laboratory personnel are health care professionals, technicians, and assistants staffing a research or health care facility where specimens are grown, tested, or evaluated and the results of such measurements are recorded. -
Page 14: Personal Protective Equipment
Safety Personal Protective Equipment Personal protective equipment is used to protect the personnel from dangers which could affect their safety or health while working. Personnel must wear personal protective equipment while carrying out the different operations at and with the device. This equipment will be defined by the head of the laboratory. -
Page 15: Dangers From Electric Power
Safety 3.6.2 Dangers from Electric Power WARNING Risk to life from stored charges! Electric charges may be stored in electrical components even after the system has been switched off and disconnected from the power supply. Contact with these components may result in serious or fatal injury. -
Page 16: Danger From Magnetic Fields
Safety 3.6.3 Danger from Magnetic Fields WARNING Risk to life due to high magnetic fields A magnetic field of more than 0.5 mT (5 Gauss) is life-threatening for people with pacemakers or active metal implants. Exposure to more than 8 T can cause damage to health. -
Page 17: Signs And Labels
Bruker Part Number 23948. Danger Spot Warning indicating a danger spot in work rooms. The warning label may be ordered using Bruker Part Number 23944. Cold spot Warning indicating a cold spot in work rooms. The warning label may be ordered using Bruker Part Number 23943. - Page 18 Safety Hot spot Warning indicating a hot spot in work rooms. The warning label may be ordered using Bruker Part Number 23945. Protection Never Open! Warning indicating. The warning label may be ordered using Bruker Part Number Z129088. Personal Protective Equipment Protective Goggles (DIN EN 166, 170 &...
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Page 19: Transport, Packaging And Storage
Installation, initial commissioning, retrofitting, repairs, adjustments or dismantling of the device must only be carried out by Bruker Service or personnel authorized by Bruker. Damage due to servicing that is not authorized by Bruker is not covered by your warranty. Symbols on the Packaging The following symbols are affixed to the packaging material. -
Page 20: Inspection At Delivery
Transport, Packaging and Storage Permitted Stacking Load Indicates packages which are partially stackable. Do not exceed the maximum load-bearing capacity specified on the symbol in order to avoid damaging or destroying the content. Do not Damage Air-tight The packaging is air-tight. Damage to the Packaging barrier layer may render the contents unusable. -
Page 21: Packaging
Transport, Packaging and Storage Packaging About Packaging The individual packages are packaged in accordance with anticipated transport conditions. Only environmentally friendly materials have been used in the packaging. The packaging is intended to protect the individual components from transport damage, corrosion and other damage prior to assembly. - Page 22 Transport, Packaging and Storage 22 / 92 H172204_1_001...
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Page 23: Hppr/2
1H module, a XBB module, a 2H module, a cover module (hereafter referred as Cover2) and a baseplate (HPPR/2 BASEPLATE AV4 4CH or 8CH). The basic configuration may be updated later to a maximum of nine modules (including cover). -
Page 24: Features
For each probe connected to the HPPR/2 COVER2 MODULE the PICS entries of that probe are read out by the firmware of the HPPR/2. The values for continuous but also peak power are extracted from the $PChan group for each nucleus. Afterwards, the threshold values for the power limit detection are set for each nucleus (if power limit detection is available) according to the probe power values. -
Page 25: Figure 5.2: Threshold For Rf Power Versus Pulse Length
The setting of the threshold values can be monitored on the HPPR/2 COVER2 module display (see following figures). If no power limit detection capability is implemented for a certain HPPR/2 module, a ‘--‘ is shown on the corresponding display line instead of the threshold power value. -
Page 26: Faqs
Check the $HpprFunc group of the module BIS. The version of the group must be at least 2.3 and the sixth entry must be set to 1. The $HpprFunc group is valid for all HPPR/2 modules and not only for the AQS integrated preamplifiers. -
Page 27: Hppr/2 Wiring
The supervision can be disabled via the Hosted Devices | Cover2 Overview | Module Settings | Overload Detect website. This can be done for any module having the power limit detection feature. HPPR/2 Wiring Figure 5.4: Module Connection H172204_1_001 27 / 92... -
Page 28: Supply And Pulse Wiring (Up To 4 Rf Channels)
CABLE RD 5P HPPR/2<->ATMA/PICS Cable 7 Z14091 0.29 m CABLE FLK 25P 29CM PREAMP-BUS (for more than five HPPR/2 modules an additional cable Z14091 and a gender changer 47020 is needed) Cable 8 W5200127 CBL GROUND TERMINAL D5-D8 L=9M Cable 9... -
Page 29: Supply And Pulse Wiring (5 To 8 Rf Channels)
CABLE RD 5P HPPR/2<->ATMA/PICS Cable 9 Z14091 0.29 m CABLE FLK 25P 29CM PREAMP-BUS (for more than five HPPR/2 modules an additional cable Z14091 and a gender changer 47020 is needed) Cable 10 W5200127 CBL GROUND TERMINAL D5-D8 L=9 M... -
Page 30: Wobble
HPPR Probe port in direction to the probe (same as the s11 measurement of a network analyzer). To do this, the calibration data file of the individual HPPR/2 module must be loaded to the spectrometer. The calibration data files are available from the Bruker-CH FTP server (ftp:// ftp.bruker.ch/NMR/download/preamplifier/). -
Page 31: Table 5.3: Abbreviations
Lock Protection Pulse Mini Delta Ribbon connector (e.g. from 3M) PICS Probehead Identification System Quadro Nucleus Probe RGP_HPPR Receiver Gating Pulse for HPPR RGP_PA see RGP_HPPR SBSB Serial Bruker Spectrospin Bus (RS485 Bus) TP_F0 see LOCK_PP Table 5.3: Abbreviations H172204_1_001 31 / 92... - Page 32 HPPR/2 32 / 92 H172204_1_001...
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Page 33: Cover2 Module
Cover2 Module Cover2 Module Front View Figure 6.1: Cover Module Front View H172204_1_001 33 / 92... -
Page 34: Cover2 And Display Versions
Separate display for MRI, version 2 Table 6.1: Part Numbers: HPPR/2 Cover2 6.1.2 LED Description The LEDs indicate the current state of the HPPR/2 host. In AV NEO systems EPU is host. The LEDs do not state anything about the MRI-HWIDS interface. ERROR READY... -
Page 35: Lcd And Touch Screen Description
Cover2 Module 6.1.3 LCD and Touch Screen Description Label Description The LC-Display is used to show tabs with useful information - Module list. - Tuning/matching channel. - Sockets and its corresponding connected devices. - Cover2 info and an error message. Tabs on LCD Four tabs can be selected by tipping the Touch Screen. -
Page 36: Modules Tab
(crp dec, crp obs, crp lock, crp wobb). ‘fwd pwr’ The forward power from the reflectometer is routed to the RF out of the HPPR/2 (implemented in HPLNA modules only). ‘refl pwr’ The reflected power from the reflectometer is routed to the RF out of the HPPR/2 (implemented in HPLNA modules only). -
Page 37: Devices Tab
Cover2 Module 6.1.6 Devices Tab The Devices tab shows all the so called ‘connected devices‘ which can be connected at the rear side of Cover2. Figure 6.4: Devices Tab The rear side from left to right is shown on the LCD from top to bottom. The following devices can be shown: ‘--‘... -
Page 38: Rear View
Cover2 Module If wobble is active, wobble can either be: • Stopped with the stop button. • Switched to the next (next button) or previous (<prev button) channel if more than one channel is available. TopSpin is able to change to the Wobble tab via the host. The red Error LED shows a possible error on the host. -
Page 39: Rear Side Connectors
Cover2 Module 6.2.1 Rear Side Connectors NOTICE Material damage hazard Never plug in anything else other than the below mentioned connected devices to any of the RJ-45 connectors on the Cover2 rear side. Case Label Connector Type Description RF-OUT Not used for AVANCE NEO. LOCK-OUT Not used for AVANCE NEO. -
Page 40: Left Side Connectors
Power Supply and Monitoring All voltages supplied from the console are filtered on the HPPR/2 Cover2 Module. The HPPR/2 Cover2 Module is monitoring the +19V, +9V and -19V. Cover2 has the following voltage threshold to inform the host: Error Cause Description +9V falls below 7.15 ... -
Page 41: Hppr/2 Preamplifier Modules For Avance Neo
• HPPR/2 2H Module • HPPR/2 15N Module • HPPR/2 XBB19F 2HP Module • HPPR/2 XBB31P 2HP HPLNA Module (Refer to HPPR/2 manual Z31559 version 007 for other HPPR/2 preamplifiers used in previous spectrometers) HPPR/2 Preamplifier Part Numbers System HPLNA... -
Page 42: Hppr/2 Preamplifier Overview
HPPR/2 Preamplifier Modules for AVANCE NEO System XBB19F XBB19F Frequency 1H2H 1H2H 2HS CRP (MHz) Z003950 Z003954 Z128274 Z128143 Table 7.2: AQS Preamplifier for HR NMR (NanoBay) System HPLNA 1H HPLNA BB HPLNA BB HPLNA XBB31P 20-200MHZ 40-400MHZ Frequency (MHz) 128 (3T) -
Page 43: Hppr/2 Operating Modes
HPPR/2 Preamplifier Modules for AVANCE NEO HPPR/2 Operating Modes 7.4.1 Operating Modes of HPPR/2 XBB, 31P, 13C, 15N Modules Figure 7.2: Operating Modes of HPPR/2 XBB19F, 31P, 13C, 15N Modules H172204_1_001 43 / 92... -
Page 44: Operating Modes Of Hppr/2 2H Module
HPPR/2 Preamplifier Modules for AVANCE NEO 7.4.2 Operating Modes of HPPR/2 2H Module Figure 7.3: Operating Modes of HPPR/2 2H Modules 44 / 92 H172204_1_001... -
Page 45: Operating Modes Of Aqs 1H2H Preamp
HPPR/2 Preamplifier Modules for AVANCE NEO 7.4.3 Operating Modes of AQS 1H2H Preamp Figure 7.4: Operating Modes of AQS 1H2H Preamp H172204_1_001 45 / 92... -
Page 46: Figure 7.5: Operating Modes Of Aqs 1H2H Preamp
HPPR/2 Preamplifier Modules for AVANCE NEO Figure 7.5: Operating Modes of AQS 1H2H Preamp 46 / 92 H172204_1_001... -
Page 47: Operating Modes Of Hplna 1H Module (Ecl >=06, With Lock Capability)
HPPR/2 Preamplifier Modules for AVANCE NEO 7.4.4 Operating Modes of HPLNA 1H Module (ECL >=06, with Lock Capability) Figure 7.6: Operating Modes 1H HPLNA Module H172204_1_001 47 / 92... -
Page 48: Technical Specifications
HPPR/2 Preamplifier Modules for AVANCE NEO Figure 7.7: Operating Modes 1H HPLNA Module Technical Specifications Important technical specifications of AV NEO HPPR/2 modules will be given in the following section. All given parameters are valid for the entire module. Specially the noise figure specification is valid for the entire HPPR/2 module including all implemented filters. -
Page 49: Technical Data Aqs Xbb19F 2Hs Module (Ecl>=07)
400 W (1 ms) 300 W (10 ms) Insertion Loss 13C ≤ 0.7 dB Table 7.5: Technical Data AQS XBB19F 2HS Preamp 7.5.3 Technical Data HPPR/2 1H HPLNA MODULE (19F-1H) 200 - 600 650- 900 950 - 1000 Receive Path Performance Gain (typ) -
Page 50: Technical Data Hppr/2 3H Hplna Module
4 kW (1 ms) 4 kW (10 ms) 4 kW (10 ms) Insertion Loss ≤ 0.9 dB ≤ 0.9 dB Table 7.7: Technical Data HPPR/2 3H HPLNA Module 7.5.5 Technical Data HPPR/2 31P MODULE (ECL>=07) 400 - 1000 Receive Path Performance Gain (typ) -
Page 51: Technical Data Hppr/2 2H Module (Ecl>=07)
HPPR/2 Preamplifier Modules for AVANCE NEO 7.5.7 Technical Data HPPR/2 2H MODULE (ECL>=07) 300 - 900 950 - 1000 Receive Path Performance Gain (typ) 28 dB (42 dB in Lock Mode) 28 dB (42 dB in Lock Mode) Noise Figure (typ) 1.3 dB... -
Page 52: Technical Data Hppr/2 Xbb19F 2Hp Module (Ecl>=07)
2 kW (0.1 ms) 700 W (1 ms) 700 W (1 ms) 550 W (10 ms) 550 W (10 ms) Insertion Loss 13C ≤ 0.6 dB ≤ 0.6 dB Table 7.13: Technical Data HPPR/2 XBB31P 2HP HPLNA Module 52 / 92 H172204_1_001... -
Page 53: Rf Pulse Power Capability Overview
RF Pulse Power Capability Overview The following graph shows the maximum single RF pulse power capability for all AV NEO compatible HPPR/2 preamplifier modules. The graph is also valid for repetitive RF-pulses with a low duty cycle (≤ 2%). All x-nuclei preamplifier (e.g. selective preamps as 15N, 13C, 31P, 2H and also broadband preamps as XBB19F 2HP) are summarized and labeled as X-Preamps. - Page 54 HPPR/2 Preamplifier Modules for AVANCE NEO 54 / 92 H172204_1_001...
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Page 55: Hppr/2 Baseplate Av4
HPPR/2 Baseplate AV4 HPPR/2 Baseplate AV4 Overview The HPPR/2 BASEPLATE AV4 serves as an interconnect for the RF- and RGP wiring between the electronics console and the HPPR/2 preamplifiers. It also has the main protective earth connection for the HPPR/2 preamplifier stack. -
Page 56: Description
Resistive 2 or 3-way splitter, 1 Ω resistor per output Troubleshooting The BASEPLATE can only be replaced as a whole unit (FEU). There are no serviceable parts. If an FRU needs to be replaced, contact your Bruker Service Representative. 56 / 92 H172204_1_001... -
Page 57: Crp Rf-Electronics
CRP RF-Electronics CRP RF-Electronics General The HPPR/2 plays an important role of being the provider of the Cryoprobe in terms of DC- power supply and transmit-/receive switch bias current for every active CRP channel. Following a short overview shall be given on the typical power consumption of different CRP RF-electronics types and the transmit-/receive bias currents. -
Page 58: Transmit-/Receive Bias Currents
CRP RF-Electronics Transmit-/Receive Bias Currents The following transmit-/receive bias currents may be measured on the transmitter coaxial line between the HPPR/2 module and the corresponding Cryoprobe input: MODULE Typical Bias Current @ 77K For System Frequencies For System Frequencies (1H) up to 1000 MHz... -
Page 59: 10 Mri Active Detuning Module
10 MRI Active Detuning Module 10.1 Overview The HPPR/2 MRI ACTIVE DETUNING Module (ADM) belongs to the group of MRI interface modules. It combines the functionality of the former BIO ACT DEC/COIL CONTROL UNIT (T5051) and the HPPR/2 MRI-INTERFACE MODULE RF1-4 (Z106268). -
Page 60: Description
MRI Active Detuning Module 10.2 Description Figure 10.2: Block Diagram: MRI ADM-CRP Module (ECL > 03) 10.2.1 Input Pulses The ADM module uses seven input pulses used for PIN driver, tune/match driver and RGP output pulse control: • RGP_HPPR: common RGP for all preamplifier modules. •... -
Page 61: Pin Driver Function
MRI Active Detuning Module 10.2.2 PIN Driver Function Each driver can be controlled independently either in static mode or by the input pulses, which can be OR combined via software setting. The pulse polarity is either set via the LOGIC_SEL input from the coil connector or via software. The positive (forward) output voltage level is about +5 V, depending on the load current. -
Page 62: Connectors
Receiver gating pulse output to preamplifier module TUNE Tuning signal output to preamplifier module Table 10.1: Connector Description 10.2.6 Part Numbers Bruker Part No. Description Z107408 HPPR/2 MRI ACTIVE DETUNING MODULE Table 10.2: Part Number: ADM 10.3 Technical Data 62 / 92 H172204_1_001... -
Page 63: Coil Control Section
MRI Active Detuning Module 10.3.1 Coil Control Section Input Signals: RGP_HPPR: RS-422 differential EXT_RGP(1:2)~: +5V TTL AD-CTRL(1:4)~: +5V TTL LOGIC_SEL: (from coil connector) open/1kΩ pull-down or +5V PIN Driver: Positive (forward) output voltage: (voltage +4 .. 5.5 mode) Positive (forward) output current: (voltage max. -
Page 64: Rf-Section
The ADM-CRP can only be replaced as a whole unit (FEU). There are no serviceable parts. If an FRU needs to be replaced, contact your Bruker Service Representative. Detected failures are reported with event messages. Event messages are displayed on the TopSpin screen and can be viewed on the Service Web pages. -
Page 65: 11 Hppr/2 Mri Adm-Crp Module
11.1 Overview The HPPR/2 MRI ADM-CRP MODULE 200-400 (ADM-CRP) belongs to the group of MRI interface modules. It has similar functions as the HPPR/2 MRI ACTIVE DETUNING MODULE (ADM) but is exclusively used for 1H MRI array cryo probe (RX only). -
Page 66: Tuning/Matching Driver
BLNKTR) pulses. 11.2.2 Operating Modes The ADM-CRP uses internally two modes to set the operating mode. The HPPR/2 COVER software uses these to control the module functions. They are also available on the service web page. • Module mode = channel independent settings. -
Page 67: Connectors
(multiple coax Power supply from AQS PSM ADM. ADM OUT and dc contacts) PREAMP RF IN RF input from other HPPR/2 modules. (coax male) RF OUT RF output to AV4 TRX (AQS) TUNING IN TUNE input from AV4 TRX (AQS) TUNING OUT TUNE output to other HPPR/2 modules. -
Page 68: Technical Data
The ADM-CRP can only be replaced as a whole unit (FRU). There are no serviceable parts. If an FRU needs to be replaced, contact your Bruker Service Representative. Detected failures are reported with event messages. Event messages are displayed on the... -
Page 69: 12 Hppr/2 Mri Baseplate Av4
12.1 Overview The HPPR/2 MRI BASEPLATE AV4 serve as interconnects for the RF- and RGP wiring between the electronics console, the HPPR/2 preamplifiers and the MRI probe (coils). It also has the main protective earth connection for the HPPR/2 preamplifier stack. -
Page 70: Description
HPPR/2 MRI Baseplate AV4 12.2 Description The MRI baseplates have SMA connectors for RF-IN and N connectors for RF-OUT signals to the TRANSCEIVER (TRX) in the AQS chassis of the console. The TUNE signals from the TRX are connected via QLA Adapters. The RGP-HPPR signals from the PSM-A are bundled in cables and linked via d-sub connectors to the baseplate. -
Page 71: Connectors
Table 12.1: Pinout RGP HPPR IN Connector Figure 12.4: Rear View MRI BASEPLATE AV4 4CH and 8CH 12.2.2 Part Numbers Bruker Part No. Description Z162168 HPPR/2 MRI BASEPLATE AV4 4CH Z162169 HPPR/2 MRI BASEPLATE AV4 8CH Table 12.2: Part numbers: MRI BASEPLATE AV4 12.2.3 Technical Data Frequency range - all RF signals: 0.005 .. -
Page 72: Troubleshooting
The BASEPLATE can only be replaced as a whole unit (FRU). There are no serviceable parts. If an FRU needs to be replaced, contact your Bruker Service Representative. General information on trouble shooting, error handling and failure reporting is available in... -
Page 73: 13 Maintenance
If a device has to be cleaned of all remains of a substance for safety reasons, contact Bruker service for advice and support. -
Page 74: Preventative Maintenance
13.3.1 Device Report File The device logs all information in a file. With the help of this file Bruker customer service can diagnose the system. In case of troubleshooting as a result of an unknown error, Bruker customer service may ask you to send the log files and the system data. From these files the customer service can obtain additional debugging information. -
Page 75: 14 Troubleshooting
Troubleshooting 14 Troubleshooting The following chapter describes how failures are reported and what can be done to simplify the troubleshooting for customer service. 14.1 Operation Failure When an error occurs during program execution, an exception will be displayed on the TopSpin screen. -
Page 76: Troubleshooting Hardware Problems
Troubleshooting 14.3 Troubleshooting Hardware Problems 14.3.1 Service Web Service Web pages on the EPU provide some low level access to the hardware that may help to track down a hardware problem. Service Web provides amongst other things: • Overview of detected AQS and HPPR devices. •... -
Page 77: How To Report A System Error
Troubleshooting Log-Mask The Log-Mask determines what kind of information will be written to the log. Each device has its own Log-Mask that can be configured via Service Web. Changing the Log-Mask is only recommended when the default values lead to unreadable big log files, or when you are troubleshooting AqRackServer internals. - Page 78 Troubleshooting 78 / 92 H172204_1_001...
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Page 79: 15 Dismantling And Disposal
Installation, initial commissioning, retrofitting, repairs, adjustments or dismantling of the device must only be carried out by Bruker Service or personnel authorized by Bruker. Damage due to servicing that is not authorized by Bruker is not covered by your warranty. 15.1... -
Page 80: Disposal Usa And Other Countries
Only 100% pre-decontaminated equipment can and will be accepted by Bruker BioSpin. A release document for decontamination can be inquired from your nearest Bruker BioSpin contact site, also to be used when repairs, going back to Bruker sites, are requested. In compliance with WEEE II directive: 2012/19/EU 15.3... -
Page 81: 16 Technical Data
Technical Data 16 Technical Data The HPPR/2 System consists of a stack of several subunits (modules) with one cover module on top. This section contains only general data of the modules. For RF-performance data of a specific module please refer to the section Technical Specifications [} 48]. -
Page 82: Operating Conditions
Technical Data Data Value Unit - 60 power consumption, maximum 8..40 Depending on module type and measurement mode. Depending on measurement mode and connected coil assembly. Table 16.2: Electrical Connection Values 16.3 Operating Conditions Environment Data Value Unit Ambient temperature range 5..40 °C Relative humidity at 31 °C, maximum... -
Page 83: 17 Contact
WEEE DE43181702 NMR Hotlines Contact our NMR service centers. Bruker BioSpin NMR provides dedicated hotlines and service centers, so that our specialists can respond as quickly as possible to all your service requests, applications questions, software or technical needs. Please select the NMR service center or hotline you wish to contact from our list available at: https://www.bruker.com/service/information-communication/helpdesk.html... - Page 84 Contact 84 / 92 H172204_1_001...
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Page 85: List Of Figures
Figure 6.6: Cover2 Module Rear View.................... Figure 7.1: Preamp Module (open example) .................. Figure 7.2: Operating Modes of HPPR/2 XBB19F, 31P, 13C, 15N Modules........Figure 7.3: Operating Modes of HPPR/2 2H Modules ..............Figure 7.4: Operating Modes of AQS 1H2H Preamp.............. - Page 86 List of Figures 86 / 92 H172204_1_001...
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Page 87: List Of Tables
Table 7.10: Technical Data HPPR/2 2H Module .................. Table 7.11: Technical Data HPPR/2 15N Module ................Table 7.12: Technical Data HPPR/2 XBB19F 2HP Module..............Table 7.13: Technical Data HPPR/2 XBB31P 2HP HPLNA Module ............ Table 8.1: Part Numbers: BASEPLATE AV4 .................. - Page 88 List of Tables 88 / 92 H172204_1_001...
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Page 89: Index
............. 36 SBSB .............. 31 SOP .............. 12 Standard Operating Procedure ...... 12 HPLNA ............. 30 stop.............. 36 HPPR/2 ............ 30 Symbols and Conventions HPPR/2 MRI ADM Module ...... 59, 65 Safety ............ 7 I2C .............. 31 TP_F.............. 40 IFB .............. 30 TP_F0............... 31 INTERLEAVE_INCR ........ 30, 40 Tune/Match Driver .......... 61 Laboratory personnel ........ 13 wobb .............. 36... - Page 90 Index 90 / 92 H172204_1_001...
- Page 91 H172204_1_001 91 / 92...
- Page 92 ● Bruker Corporation info@bruker.com www.bruker.com Order No: H172204...
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