X2572-18 [AMPHENOL]
RF Mesh Networking technology provides reliable real time process data. Uses global 2.4 GHz RF frequencies;型号: | X2572-18 |
厂家: | Amphenol |
描述: | RF Mesh Networking technology provides reliable real time process data. Uses global 2.4 GHz RF frequencies |
文件: | 总8页 (文件大小:444K) |
中文: | 中文翻译 | 下载: | 下载PDF数据表文档文件 |
Kaye RF ValProbe®
RF Thermal Validation
System
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Kaye RFValProbe
The Kaye RF ValProbe integrates breakthrough
RF Mesh technology with well-established thermal
validation in situ loggers.
Features
•ꢀ RFꢀMesh Networking technology provides reliable
real time process data. Uses global 2.4 GHz RF
frequencies
The Kaye RF ValProbe system is intended for the
validation and monitoring of environmental chambers
and storage areas (i.e. stability chambers, freezers,
refrigerators, warehouses, etc). The RF ValProbe
system utilizes a 2.4 GHz RF Mesh network and
multipleredundant data storage to provide ultra-
reliable and robust communications and storage
of critical validation data. Additional safeguards
guarantee data integrity, storage and compliance with
regulatory requirements.
•ꢀ Providesꢀ100%ꢀdataꢀredundancyꢀinꢀbothꢀremoteꢀ
logger and base station in addition highly reliable RF
network.
•ꢀ Greaterꢀthanꢀ1ꢀyearꢀbatteryꢀlifeꢀinꢀtypicalꢀuse,ꢀusingꢀ
Standard AA Lithium batteries.
•ꢀ Canꢀoperateꢀstand-aloneꢀorꢀwithꢀPCꢀconnectedꢀwithꢀ
data stored in RF Base Station
•ꢀ Intuitiveꢀstudyꢀset-upꢀandꢀextensiveꢀcalculationsꢀ
simplify the validation and reporting process
The RF ValProbe system is comprised of RF wireless
loggers, a base station and software. The loggers
provide high accuracy measurement of temperature,
humidity, and any 4 to 20mA
•ꢀ Best-in-classꢀdataꢀanalysisꢀtools,ꢀincludingꢀabilityꢀtoꢀ
graph and report in cycles and groups
or 0 to 10 V output.
•ꢀ Reportꢀtoolꢀcanꢀprocessꢀandꢀcreateꢀmergedꢀreportsꢀ
from RF ValProbe, ValProbe or Validator products
RF ValProbe’s software enables support for
2-Channel and 5-Channel RF Temperature loggers for
Validation.
•ꢀ Versionsꢀprovideꢀtemperatureꢀtoꢀ0.1°Cꢀaccuracy,ꢀ
RHꢀtoꢀ2%ꢀRH,ꢀ4/20ꢀmA,0ꢀtoꢀ10ꢀVꢀandꢀdryꢀcontactꢀ
switch inputs, 2-Channel and 5-Channel Temperature
logger
The software provides ease of use by incorporating
features such as self-configuring of the mesh network
and automatic data collection. Extensive graphing,
reporting and calculation capabilities minimize data
analysis and provide regulatory-compliant reports.
•ꢀ Temperatureꢀandꢀpressureꢀaccuracyꢀmeetsꢀ
requirements for ISO-17665, EN554 and EN285
sterilization requirements.
•ꢀ EasyꢀconnectionꢀtoꢀKayeꢀPressureꢀtransducerꢀwhichꢀ
is designed for harsh environment applications such
as steam sterilizers and SIP systems.
It is used for simplified real time validation of Stability
Chambers, Freezers, Warehouses and Steam in Place
Application.
•ꢀ Canꢀbeꢀdirectlyꢀconnectedꢀtoꢀ1.5ꢀinꢀtricloverꢀflangeꢀviaꢀ
SmartGasket® or similar gasket design.
Amphenol
Advanced Sensors
SmartMesh® Technology
Mesh networking technology is proven in many harsh
environment applications. Its implementation in
the Kaye product line allows up to 100 nodes to be
connected in a seamless, reliable and self forming
mesh network. The mesh technology permits nodes
to communicate with the base station and each
other, correcting for weak RF links and automatically
adjusting to dynamic RF environment, e.g. a forklift
truck driving into a warehouse blocking a signal.
Interference from WiFi and other existing industrial RF
networks is removed due to the frequency hopping
features. No special knowledge or expertise is required
to install or operate the Kaye RF ValProbe.
Secure Data
There are multiple levels of transactional and data
security built into the RF ValProbe system.
1. Only Kaye RF ValProbe nodes are permitted to join
a RF ValProbe network through the use of private
keys and login registration information exchanged
between the Base Station and RF ValProbe nodes at
startup.
2. All data transmitted on the network is protected
using secure keys, preventing non-authorized base
stations or nodes eavesdropping on the data or
feeding nonauthorized data into the network.
3. All data is timestamped, and identified by sending
the logger’s serial number. All data and meta data
associated with a qualification study is stored in a
single secure, tamperproof file.
RF Specifications & Certifications
RF 2.4GHz SmartMesh® Technology Max number
wirelessꢀnodes:ꢀ100ꢀRange:ꢀapproxꢀ300ꢀft/100mꢀfromꢀ
one node to another Each node can act as a repeater
RF Type Approval Certifications in: US, Canada, EU.
Other countries in progress, please contact factory for
up to date country list
4. DoS (Denial of Service) attacks are prevented by
Message Integrity Codes.
Automatic Network Formation and
Optimization
Data Redundancy
SmartMesh networks are self forming and self-
optimizing Every node can discover neighbors,
measure RF signal strength, acquire synchronization
and frequency hopping information, and establish
best paths and links with neighbors. This ability to
dynamically reconfigure is dictated by RF connectivity
and/orꢀnetworkꢀperformanceꢀrequirements.
The RF SmartMesh Technology provides a very
secure, reliable transmission; however there are
circumstances where RF transmission is blocked, either
by placement of a logger of some intermittent physical
or radiofrequency blocking of the signal. The loggers
store up to 10,000 samples per sensor permitting the
operation as a data logger if RF communication is not
possible, e.g. one logger placed in a warehouse exhaust
HVAC duct. The logger will resume transmitting data
once it is in RF communication with the base station or
other logger.
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Kaye RF ValProbe
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Kaye RF ValProbe
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The base station provides data storage also, permitting
the user to start a study then disconnect the PC.
Data storage permits all data collected on all loggers
to be stored in the base station until the PC is next
connected.
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Kaye RF ValProbe
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Kaye RF ValProbe
Kaye RF
ValProbe
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Kaye RF ValProbe
Kaye RF ValProbe
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blockage
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Kaye RF ValProbe
*SmartMesh is a trademark of Dust Networks, Inc.
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Interference
Real time graphing calculations
The SmartMesh® technology combines frequency
hopping with TDMA (Time Division Multiple Access). In
addition the mesh protocol permits the system to learn
about the RF environment and dynamically adjust the
network parameters to best fit the current situation.
Realꢀtimeꢀgraphingꢀprovidesꢀmin/max/avgꢀcalculationsꢀ
for the RH and Temp parameters of all the loggers
being plotted in the real time graph.
Alarming
The network provides an accurate time reference for
the whole network, ensuring all loggers and the base
station are time synchronized correctly. Each data
sample is timestamped with this network time.
User can set low and high alarms on the real time
graph to see if any loggers have crossed the limits. The
limits can also be labeled by the user.
Auto Calibration/Verification
RFꢀValProbeꢀSystemꢀenablesꢀautoꢀcalibration/
verification for the users when using the RF loggers,
Kaye IRTD, Kaye Temperature baths. This enables the
user to select the set points and let the software run
theꢀcalibration/verificationꢀincludingꢀloadingꢀofꢀoffsetsꢀ
into the loggers automatically.
Coexistence with Other RF Systems
The software will control the Kaye drywells and read
the reference temperature data from a connected
Kaye IRTD permitting full automatic calibration with
the Kaye calibration products. Providing that the
users configure the communications port , access to
automatic calibration will be permitted. Calibration is
still permitted if either drywells or IRTD is not present,
in which case either semi-automatic or manual mode
calibration is used.
The RF ValProbe complies with the IEEE 802.15.4, the
preeminent RF sensor network standard. Features like
frequency hopping, listen-before-you-talk and channel
blacklisting prevents other RF networks being affected
by the RF ValProbe.
Software Features
Independent Report Wizard
Historical graphing
Along with the RF ValProbe software, there is an
additional software program called the “Kaye Report
Wizard”. This report wizard permits the user to launch
the “Create Reports” section independently of the
Kaye product installed on the user’s PC. The “Create
Reports” button of the standard software will continue
to operate as in previous versions. The user can decide
install the Report Wizard in a separate folder and use it
to report on all 3 Kaye products: Validator, Valprobe or
RF Valprobe.
Once a study has been started, user can connect his
PC anytime to the base station and retrieve all the data
from the base station on the real time graph to view the
data that has been logged by the loggers to that point.
This will enable viewing historical data without having
to stop the study at the base station.
RF Map
Users can graphically view the RF Signal strength of
the loggers and their connections to other loggers and
basestation for stronger RF networks. A background
image can also be set for the RF map to position the
loggersꢀonꢀaꢀrealꢀfloorꢀplan.ꢀTheꢀusersꢀcanꢀuseꢀthisꢀasꢀ
back up documentation for looking at the position of
the loggers at a later time.
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Reports
The Kaye RF ValProbe Software includes an intuitive,
yet powerful reporting utility for generating Set-Up,
Calibration, Qualification, Graph and Calibration
Verification reports to document validation study
results. Reports are generated from secure data files
that can only be read by the system software. Upon
study completion, process cycles to be analyzed are
defined using the intuitive system graphic feature.
Qualification
A powerful graphing utility within the system software
greatly simplifies process analysis and reporting. Sliding
verticalꢀaxesꢀenableꢀtheꢀoperatorꢀtoꢀflagꢀandꢀdefineꢀ
process transition points, eliminating unnecessary
reporting and streamlining the review process. The
graphꢀutilityꢀfeaturesꢀincreasedꢀflexibilityꢀforꢀgraphꢀ
customization, including specifying X and Y axis ranges,
background colors, line styles and labeled limit lines.
Reports present raw process data for individual
sensors, statistical calculations selected during study
setup, and accumulated lethality for individual sensors.
Summary reports present study set-up details and
poststudy user comments, along with group interval
and lethality calculations, as well as data for each
group and cycle. Use of the Summary and Group
Summary Reports can greatly reduce the need to
export data for manipulation in Excel®.
Any action affecting user data can be permanently
captured in a comprehensive audit trail, which
can be automatically stored at a network location.
System administrators can now have fully automated
management of passwords, audit trails and data files
across all validation groups.
Graph report
Security, Passwords and Audit Trails
The Kaye RF ValProbe is specifically designed to enable
compliance with FDA 21 CFR Part 11. All recorded data,
including calibration offsets, set-up parameters, and
administrative tasks are saved in secure, encrypted,
tamper-proof electronic records in a format accessible
only through the system software.
All user inputs which could impact user data, for
example starting a study or running a calibration, are
protectedꢀviaꢀsecureꢀusername/passwordꢀlogins,ꢀandꢀ
are all logged in the secure audit trail database.
Summary Report
Data files can be merged from multiple RF ValProbe
and ValProbe studies. Users can add unlimited cycles,
separating qualification data into specific process
phases, and create up to 25 groups with their own
calculations and graphs during reporting,
Login Request
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The reporting software has been enhanced to enable
easy review and printing of the audit trail based on
dates,ꢀtimesꢀand/orꢀeventsꢀforꢀexample,ꢀtheꢀsystemꢀ
administrator can select to review “all failed login
attempts for the last 30 days.” There is now also
notification to the user and logged entries in the audit
trail if files are tampered with or deleted from within
Windows Explorer™
Steam in Place Application
The Kaye RF ValProbe® system permits up to 100
distributed nodes, measuring both temperature and
pressure. The system allows large SIP systems to
be validated or re-validated in single large sections
without the need for repeated SIP studies.
The temperature sensor is a precision small diameter
bendable type RTD designed to permit easy access to
pipes and vessels through gaskets. The temperature
probe remains in place and can be fed along pipe work
or placed into stainless vessels or filter bodies.
Mean Kinetic Temperature
The Reporting Software provides Mean Kinetic
Temperature calculation to the user. Mean Kinetic
Temperature (MKT) is single calculated temperature
at which the total amount of degradation over
a particular period is equal to the sum of the
individual degradations that would occur at various
temperatures.
The high accuracy pressure transducer is designed for
121C and 134C operation and is calibration compliant
to ISO 17025 at these extended temperatures. It is
powered externally, easy to connect and simple to
configurate with the RF ValProbe® software.
Saturated Steam Calculation
Easy integration between temperature and pressure
enables EN554 compliance and determination of
Saturated Steam conditions
Equilibration Calculation
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•ꢀ LoggerꢀDimensions:ꢀ1
(7.5 in x 5 in x 1.75)
•ꢀ BaseꢀStationꢀDimensions:ꢀ64ꢀmmꢀxꢀ32ꢀmmꢀxꢀ15ꢀmmꢀ
(2.5 in x 1.25 in x 5 in)
90ꢀmmꢀxꢀ127ꢀmmꢀxꢀ45ꢀmmꢀ
TheꢀInstallationꢀQualification/OperationalꢀQualificationꢀ
Protocol defines a set of procedures to ensure that
the Kaye Validator system is properly installed and
operated correctly, and is adequately documented
and controlled according to cGMP requirements. The
documents are provided in hard copy and on CD,
allowing users to modify the documentation to suit
specific organizational requirements.
Specifications
Environmental
System Documentation
Body:ꢀ-40°Cꢀtoꢀ60°C,ꢀ0ꢀtoꢀ95%RHꢀnonꢀcondensing
•ꢀExternalꢀprobe:ꢀ-196°Cꢀtoꢀ200°C
IQ/OQ Protocol
Temperature
Single Channel External Sensor
•ꢀ ±0.1°C,ꢀrangeꢀ0°Cꢀtoꢀ+60°C
•ꢀ ±0.2°C,ꢀrangeꢀ-22°Cꢀtoꢀ0°C
•ꢀ ±0.5°C,ꢀrangeꢀ-80°Cꢀtoꢀ–22°C
•ꢀ ±2.0°C,ꢀ@ꢀ-196°C
Updates and addenda are available through the Kaye
website.
Services
For 2 and 5 Channel Temperature Loggers:
±0.1Cꢀrangeꢀ–80°Cꢀtoꢀ130°C
We provide a complete aray of services for the RF
ValProbe® product range:
•ꢀ Onsiteꢀinstallation,commissioningꢀandꢀIQ/OQꢀforꢀ
RH
RF ValProbe® system.
•ꢀ 2%ꢀfromꢀ10ꢀtoꢀ90%RH
•ꢀ 5%ꢀfromꢀ0ꢀtoꢀ10%,ꢀ90ꢀtoꢀ100%RH
•ꢀ 3%ꢀatꢀ40°C,ꢀ75%RH
•ꢀ CertificateꢀstatesꢀICHꢀPoints
•ꢀ Operatorꢀtrainingꢀandꢀtechnicalꢀsupport.ꢀ
•ꢀ Maintenanceꢀagreements.ꢀ
•ꢀ Factoryꢀcalibration.ꢀ
•ꢀ Rentalꢀservices.ꢀ
Auxiliary Inputs
•ꢀ Contact:ꢀdry
•ꢀ Voltageꢀandꢀcurrentꢀ0.5%ꢀFS
Validation Reference
The Kaye Validator system is supported with Design
Qualification documentation. The Validation Reference
Binder provides a comprehensive overview of our
QualityꢀPolicy,ꢀdescriptionꢀofꢀISOꢀ9001ꢀimplementationꢀ
and support procedures, and standards for the
development, testing, and maintenance of hardware
and software. Quality Control documents, Development
procedures, Quality Assurance procedures, Release
documents, and Quality Assurance test documentation
are all included.
Battery Life (Varies ±±10%
1 min sample rate: 8000 hours
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Ordering Information
RF Thermal Validation System
RF Steam in Place Application
dsX2558
X2570-12
X2570-18
X2570-36
X2570S-L
X2571-12
RF ValProbe Base Station includes USB Cable, PC
Software and User Manual
X2570-20B
X2571-20B
RF ValProbe® Logger with External 20” Bendable
Temperature Probe and RH Sensor
Logger with Single 12” External Temperature Probe,
Internal RH Sensor, no auxiliary inputs
RF ValProbe® with External 20” Bendable temperature Probe,
RH Sensor, 0-10v Voltage input and Contact Closure which
accomodates Kaye Pressure Transducer
Logger with Single 18” External Temperature Probe,
Internal RH Sensor, no auxiliary inputs
X2572-20B
RF ValProbe® with External 20” Bendable temperature Probe,
RH Sensor, 4-20mA Current Input and contact closure
Logger with Single 36” External Temperature Probe,
Internal RH Sensor, no auxiliary inputs
X2576
X2576E
K0448
M1989
Kaye Pressure Transducer 110V
Kaye Pressure Transducer 220V
Feedthru triclover clamp
Specify 1 or 3 standard lenght; custom length
available on request
Logger with Single 12” External Temperature Probe,
Internal RH Sensor with contact switch and
0-10V Voltage auxiliary Input
SmartGasket® Silicone gasket
X2571-18
X2571-36
Logger with Single 18” External Temperature Probe,
Internal RH Sensor with contact switch and
0-10V Voltage auxiliary Input
* Please contact factory if different probe lengths are required.
Logger with Single 36” External Temperature Probe,
Internal RH Sensor with contact switch and
0-10V Voltage auxiliary Input
X2571S-L
X2572-12
Specify 1 or 3 standard lenght; custom length
available on request
Logger with Single 12” External Temperature Probe,
Internal RH Sensor with contact switch and
4-20mA current loop auxiliary Input
X2572-18
X2572-36
Logger with Single 18” External Temperature Probe,
Internal RH Sensor with contact switch and
4-20mA current loop auxiliary Input
Logger with Single 36” External Temperature Probe,
Internal RH Sensor with contact switch and
4-20mA current loop auxiliary Input
X2572S-L
X2563
Specify 1 or 3 standard lenght; custom length
available on request
Internal Temperature and RH Logger, Voltage
and Contact Auxiliary
X2564
InternalꢀTemperatureꢀandꢀRHꢀLogger,ꢀ4/20mAꢀCurrent
and Contact Auxiliary
X6030
RFꢀValProbeꢀIQ/OQꢀProtocol
X6035
RF ValProbe Validation Reference (DQ) Package
X2573-3
RF ValProbe Dual Channel Logger with external
3” Temperature Probes
X2573-6
X2573S-L
X2574-6
X2574-15
X2574S-L
RF ValProbe Dual Channel Logger with external
6” Temperature Probes
RF ValProbe Dual Channel Logger with external L’
Temperature Probes
RF ValProbe Five Channel Logger with external
6” Temperature Probes
RF ValProbe Five Channel Logger with external
15” Temperature Probes
RF ValProbe Five Channel Logger with external L’
Temperature Probes
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www.amphenol-sensors.com
© 2014 Amphenol Corporate. All Rights Reserved. Specifications are subject to change without notice.
Dust, Dust Networks and SmartMesh are registered trademarks of Linear Technology Corporation.
Other company names and product names used in this document are the registered trademarks or
trademarks of their respective owners.
Amphenol
Advanced Sensors
AAS-921-42±E-12/21±4
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