The Reactec Analytics Platform uses the HAVMETER device to continuously monitor workers' vibration exposure in real-time and generate reports to help manage HAVS risk. The platform provides managers with accurate exposure data, tool usage reports, and alerts to support proactive risk reduction through alternative work methods, equipment selection, maintenance planning, and work scheduling. It allows all duty holders to remain actively involved in daily and long-term risk management in compliance with HSE regulations.
What do hospital beds, blood pressure cuffs, dosimeters, and pacemakers all have in common? They are all medical devices with software that regulates their functionality in a way that contributes to Basic Safety or Essential Performance. With the FDA reporting that the rate of medical device recalls between 2002 and 2012 increased by 100% – where software design failures are the most common reason for the recalls – it’s no wonder IEC 62304 has been implemented. Its implementation, however, has medical device manufacturers asking questions about if, when and under what circumstances the standard is required.
This article explains what IEC 62304 is, when medical devices must comply with it and how IEC 62304 compliance is assessed.
Applying IEC 62304 Risk Management in Aligned Elements - the medical device ALMAligned AG
A concrete example of linking risk management using a preliminary hazard analysis approach with the software architecture when applying IEC 62304 in a medical device ALM.
Test Environment Management: A Critical Requirement for Effective CI/CDDevOps.com
est Environment (TEM) enables the efficient configuration, allocation, reporting, and management
of test environments.
Attend this webinar to get results and insights from the latest test environment research by Enterprise Management Associates (EMA) and the role that test environment management is playing in implementing effective CI/CD. The survey gathered insights and usage details from 160 of the largest North American enterprises. You'll hear Steve Hendrick, Research Director at EMA and Jeff Keyes, Director of Marketing at Plutora discuss the results and dive into the strategies, objectives, and experiences of large enterprises in using TEM tools. This research will show how proactive management of preproduction environments accelerates application development while generating significant cost savings across DevOps activities, resources, and staff. The result will be a roadmap for enterprises showing how best to leverage TEM technology.
This webinar summarizes the research findings into these key areas:
Test environment management strategies, priorities and maturity
Key functionality and top vendors providing capabilities
Real-world benefits with quantifiable results
What do hospital beds, blood pressure cuffs, dosimeters, and pacemakers all have in common? They are all medical devices with software that regulates their functionality in a way that contributes to Basic Safety or Essential Performance. With the FDA reporting that the rate of medical device recalls between 2002 and 2012 increased by 100% – where software design failures are the most common reason for the recalls – it’s no wonder IEC 62304 has been implemented. Its implementation, however, has medical device manufacturers asking questions about if, when and under what circumstances the standard is required.
This article explains what IEC 62304 is, when medical devices must comply with it and how IEC 62304 compliance is assessed.
Applying IEC 62304 Risk Management in Aligned Elements - the medical device ALMAligned AG
A concrete example of linking risk management using a preliminary hazard analysis approach with the software architecture when applying IEC 62304 in a medical device ALM.
Test Environment Management: A Critical Requirement for Effective CI/CDDevOps.com
est Environment (TEM) enables the efficient configuration, allocation, reporting, and management
of test environments.
Attend this webinar to get results and insights from the latest test environment research by Enterprise Management Associates (EMA) and the role that test environment management is playing in implementing effective CI/CD. The survey gathered insights and usage details from 160 of the largest North American enterprises. You'll hear Steve Hendrick, Research Director at EMA and Jeff Keyes, Director of Marketing at Plutora discuss the results and dive into the strategies, objectives, and experiences of large enterprises in using TEM tools. This research will show how proactive management of preproduction environments accelerates application development while generating significant cost savings across DevOps activities, resources, and staff. The result will be a roadmap for enterprises showing how best to leverage TEM technology.
This webinar summarizes the research findings into these key areas:
Test environment management strategies, priorities and maturity
Key functionality and top vendors providing capabilities
Real-world benefits with quantifiable results
Kept up by Potential IT Disasters? Your Guide to Disaster Recovery as a Servi...VAST
There are many kinds of disaster that can shut down your information technology (IT) operations:
• natural disasters, like a hurricane
• power outages
• a hardware crash that corrupts data
• employees who accidentally or deliberately delete or modify data
• malware that tampers with, erases, or encrypts data so you can’t access it
• network outages due to problems at your telecom provider
Disasters happen, sometimes bringing down a single application, sometimes bringing down your entire data center. No matter how careful you are or how good your IT team is, eventually some event will shut down your applications when you really need them up and running. The Disaster Recovery Preparedness Council survey in 2014 found that 36 percent of businesses lost at least one critical application, virtual machine, or data file for a period of several hours, with 25 percent saying they’d lost a large part of their data center for a period of hours or days.
The costs of preparing for disaster can be high—at one extreme, companies maintain a secondary, standby data center with all the same equipment as at their primary site—but the consequences of not planning for disaster recovery (DR) can be even higher. The costs of downtime in 2016 ranged from a minimum of $926 per minute to a maximum of $17,244 per minute, with an average cost of close to $9,000 per minute of outage.
Those costs can completely cripple a business; Gartner found that only 6 percent of companies remain in business two years after losing data.
Creating an effective disaster recovery plan is a key step to ensuring business survival.
ARC's Wil Chin Remote Operations Management Presentation @ ARC Industry Forum...ARC Advisory Group
ARC's Wil Chin Remote Operations Management Presentation @ ARC Industry Forum 2010 in Orlando, FL.
Remote Operations Management Trends
Does your Organization Deploy a Remote Control/Monitoring System?
What Obstacles are Inhibiting the Use of Remote Systems?
Access to Information Needed to Control, Optimize, and Sustain Production
Production Plants are Remote
Multiple Plants
Management of Remote/Inaccessible Sites
• Oil Wells
• Floating Platforms
• Booster Stations
• Natural Gas Compressor Stations
• Subsea Equipment
• Inventory Tanks
• Terminals
• Power T&D Substations
• Wind & Solar Farms
• Mobile Assets ( Fleet)
IEC 62304 is the international standard that defines software development lifecycle requirements for medical device software. The standard was developed from the perspective that product testing alone is insufficient to ensure patient safety when software is involved. The standard requires all aspects of the software development life cycle to be scrutinized.
Prepare your medical device for market with this Action List that walks you through the complexities of IEC 62304
Key performance indicators to determine that an organisation has an effective, efficient, result oriented TEM function or is close to having one, based on best practise and ITIL/ISO standards.
Documented evidence with regard to the adherence to the required safety integrity level (SIL) within the scope of the
safety life cycle has to be delivered in order to proof that the imple-mentation of safety systems (Safety Instrumented
Systems SIS) in the process industry has been executed according to professional standards. When carrying out the hazard
analysis and the risk assessment, safety functions (Safety Instrumented Function SIF) will be estab-lished and evaluated
against a required SIL. The achievable SIL both for systematic defaults and for random failures can be established for each
safety function being carried out by means of a safety system. The established SIL has to be in conformity with or better
than the required SIL. The engineers of the weyer group will establish the respective SIL-level of the plant, taking the data
delivered by the manufacturers as the calculation base.
rrelic has developed a highly effective Total Reliability Framework for the implementation of reliability methods, tools and services in order to achieve your desired end results.
Total reliability Framework (TRF) Provides a management system for all reliability and Maintenance activities; focus on improving the performance of both the personnel and the plant equipment.
Improving Healthcare Operations Using Process Data Mining
It’s estimated that 80% of healthcare data is unstructured, which makes it challenging to do any sort of analytics to drive improvements in population health, patient care and operational efficiency. Machine learning techniques can be utilized to predict future events from similar past events, anticipate resource capacity issues and proactively identify bottlenecks and patient outcome risks. This session will provide an overview of how process data mining can be applied to healthcare and provide real-world examples of process data mining in action.
Criticality is a tool that allows the objective evaluation of the potential consequences of equipment breakdown on a plant as a result of functional failures. It helps determine the characteristics that make one piece of equipment more critical to overall plant performance than another.
Permit to Work software proves to be a very useful and convenient tool to establish control, co-ordination and communication, following correct work sequences among the participating agencies.
Web based software lets you use intranet or the internet to run Permit To Work to every desktop and work location in an organization. It replaces the need for "paper based" permit to work systems with approvals via electronic signatures, while the final output is a printed "permit" for display at the worksite with all the details of the work, the risk assessment and isolation & other certificates.
Permit To Work Software has capability to adapt the client's existing procedure and its work environment. No requirement to change whole system, boost system implementation on time.
Learn More about ASK-EHS Permit to Work Software - http://www.ask-ehs.com/software/permit-to-work-software.html
Kept up by Potential IT Disasters? Your Guide to Disaster Recovery as a Servi...VAST
There are many kinds of disaster that can shut down your information technology (IT) operations:
• natural disasters, like a hurricane
• power outages
• a hardware crash that corrupts data
• employees who accidentally or deliberately delete or modify data
• malware that tampers with, erases, or encrypts data so you can’t access it
• network outages due to problems at your telecom provider
Disasters happen, sometimes bringing down a single application, sometimes bringing down your entire data center. No matter how careful you are or how good your IT team is, eventually some event will shut down your applications when you really need them up and running. The Disaster Recovery Preparedness Council survey in 2014 found that 36 percent of businesses lost at least one critical application, virtual machine, or data file for a period of several hours, with 25 percent saying they’d lost a large part of their data center for a period of hours or days.
The costs of preparing for disaster can be high—at one extreme, companies maintain a secondary, standby data center with all the same equipment as at their primary site—but the consequences of not planning for disaster recovery (DR) can be even higher. The costs of downtime in 2016 ranged from a minimum of $926 per minute to a maximum of $17,244 per minute, with an average cost of close to $9,000 per minute of outage.
Those costs can completely cripple a business; Gartner found that only 6 percent of companies remain in business two years after losing data.
Creating an effective disaster recovery plan is a key step to ensuring business survival.
ARC's Wil Chin Remote Operations Management Presentation @ ARC Industry Forum...ARC Advisory Group
ARC's Wil Chin Remote Operations Management Presentation @ ARC Industry Forum 2010 in Orlando, FL.
Remote Operations Management Trends
Does your Organization Deploy a Remote Control/Monitoring System?
What Obstacles are Inhibiting the Use of Remote Systems?
Access to Information Needed to Control, Optimize, and Sustain Production
Production Plants are Remote
Multiple Plants
Management of Remote/Inaccessible Sites
• Oil Wells
• Floating Platforms
• Booster Stations
• Natural Gas Compressor Stations
• Subsea Equipment
• Inventory Tanks
• Terminals
• Power T&D Substations
• Wind & Solar Farms
• Mobile Assets ( Fleet)
IEC 62304 is the international standard that defines software development lifecycle requirements for medical device software. The standard was developed from the perspective that product testing alone is insufficient to ensure patient safety when software is involved. The standard requires all aspects of the software development life cycle to be scrutinized.
Prepare your medical device for market with this Action List that walks you through the complexities of IEC 62304
Key performance indicators to determine that an organisation has an effective, efficient, result oriented TEM function or is close to having one, based on best practise and ITIL/ISO standards.
Documented evidence with regard to the adherence to the required safety integrity level (SIL) within the scope of the
safety life cycle has to be delivered in order to proof that the imple-mentation of safety systems (Safety Instrumented
Systems SIS) in the process industry has been executed according to professional standards. When carrying out the hazard
analysis and the risk assessment, safety functions (Safety Instrumented Function SIF) will be estab-lished and evaluated
against a required SIL. The achievable SIL both for systematic defaults and for random failures can be established for each
safety function being carried out by means of a safety system. The established SIL has to be in conformity with or better
than the required SIL. The engineers of the weyer group will establish the respective SIL-level of the plant, taking the data
delivered by the manufacturers as the calculation base.
rrelic has developed a highly effective Total Reliability Framework for the implementation of reliability methods, tools and services in order to achieve your desired end results.
Total reliability Framework (TRF) Provides a management system for all reliability and Maintenance activities; focus on improving the performance of both the personnel and the plant equipment.
Improving Healthcare Operations Using Process Data Mining
It’s estimated that 80% of healthcare data is unstructured, which makes it challenging to do any sort of analytics to drive improvements in population health, patient care and operational efficiency. Machine learning techniques can be utilized to predict future events from similar past events, anticipate resource capacity issues and proactively identify bottlenecks and patient outcome risks. This session will provide an overview of how process data mining can be applied to healthcare and provide real-world examples of process data mining in action.
Criticality is a tool that allows the objective evaluation of the potential consequences of equipment breakdown on a plant as a result of functional failures. It helps determine the characteristics that make one piece of equipment more critical to overall plant performance than another.
Permit to Work software proves to be a very useful and convenient tool to establish control, co-ordination and communication, following correct work sequences among the participating agencies.
Web based software lets you use intranet or the internet to run Permit To Work to every desktop and work location in an organization. It replaces the need for "paper based" permit to work systems with approvals via electronic signatures, while the final output is a printed "permit" for display at the worksite with all the details of the work, the risk assessment and isolation & other certificates.
Permit To Work Software has capability to adapt the client's existing procedure and its work environment. No requirement to change whole system, boost system implementation on time.
Learn More about ASK-EHS Permit to Work Software - http://www.ask-ehs.com/software/permit-to-work-software.html
Standard Operating Procedure (SOP) for Information Technology (IT) OperationsRonald Bartels
Title of SOP
Dates
Issue date
Effective date
Document history
Approvals
Description
Purpose and background
Scope
Definitions
Operations
Maintenance
Projects
Business justification and project request form
Project Lite methodology (mini projects)
Large projects
Fulfilment
Example - Video conferencing
Quality and targets
Vital functions affected by this SOP
Lessons learned
Record and Document Management
References
Standards
Images
Diagrams
Equipment, hardware and software lists
Labelling and naming standards
Checklists
Installation
Configuration
Testing
Financial
Budget exception / deviation
Risk
The CRAMM Risk management methodology
Meerkat Risk Methodology
Information Security
Physical security
Service Continuity
Risk evaluation and control
Business impact analysis
Develop continuity strategies
Emergency response and operations
Developing and implementing the BCP
Awareness and training program
Maintaining and exercising the BCP
Standards and guidelines
Escalations
Roles and responsibilities
The Uberfingers team leaders dashboard
Shifts
Training
Monitoring requirements
Change
Stakeholders
Request for change
Apply for testing
Configuration management database
Impact and risk assessment
Change Advisory Board (CAB)
Installation in testing
Test installation review
Testing in progress
Operational acceptance phase
Ready for live
Implementation in live
Go Live acceptance
Live
Integration with Service Desk
Change types
Vendors
Review and evaluation of vendors
Maintenance
Warranty
Handling Incidents and Troubleshooting procedures
The Expanded Incident Lifecycle
Service review
Meetings
Previous period
Performance review
Current issues
Peripheral issues
Grading of service desk interaction
Grading of service desk escalation
Checklist for SOP
Addendum
Service catalogue
Spur Infrastructure Performance With Proactive IT MonitoringCA Technologies
The application economy is forcing infrastructure monitoring strategies to adapt rapidly. Can your approach and tools keep pace?
View this deck from a recent webcast to learn how your IT monitoring approach and tools can be enhanced to meet the heightened demands of performance and availability across hybrid infrastructure that support today’s applications.
Learn more at http://bit.ly/1ttxgLp
Micro understand without Micro managing: E.g., one can identify that a specific tester is unable to execute a test case for 2 days due to a defect unresolved by developer.
Micro understand without Micro managing: E.g., one can identify that a
specific tester is unable to execute a test case for 2 days due to a defect unresolved by developer
Condition monitoring (or CM) is the process of monitoring a parameter of condition in machinery (vibration, temperature etc.) and identify a significant change which is indicative of a developing fault.
The use of condition monitoring allows maintenance to be scheduled, or other actions to be taken to prevent failure and avoid its consequences.
Planning and Deploying an Effective Vulnerability Management ProgramSasha Nunke
This presentation covers the essential components of a successful Vulnerability Management program that allows you proactively identify risk to protect your network and critical business assets.
Key take-aways:
* Integrating the 3 critical factors - people, processes & technology
* Saving time and money via automated tools
* Anticipating and overcoming common Vulnerability Management roadblocks
* Meeting security regulations and compliance requirements with Vulnerability Management
User Acceptance Testing - Key Takeaways For BusinessesSerena Gray
There is a huge demand for quality software applications across the globe and thus there is a steady demand for implementing software testing processes in a result-oriented and rewarding manner. User acceptance testing is one of the best software testing types that validate the product’s worth from someone (an end-user) who is not a part of the internal staff or the team. Read more https://testingxpertsuk.blogspot.com/2022/03/user-acceptance-testing-key-takeaways.html
1. Inform, protect and deploy resources and assets to cost effectively manage HAVS and tools
2. Better protect
workers from HAVS
The Reactec Analytics Platform is
a mobile tracking and manage-
ment solution, which includes
the HAVMETER, to better
protect employees from Hand
ArmVibrationexposure.
Simplifiesandaidsriskreductionplans
The Reactec Analytics Platform monitors in real-time, worker exposure
usingtheHSEpointssystem.Italsoprovidespracticalandusefulinforma-
tiontohelpimplementandmeasurethemosteffectiveactionstosupport
HSEguidelines.
Bringstogetheralldutyholders
ThroughusingtheHAVMETER andReactecAnalyticsreports,responsi-
bility and awareness is shared with team leaders, depot and project
managers.Providingunlimitedaccesstoeasy-to-understandreportsboth
online or by email, all duty holders can remain actively involved in risk
reductionactivityonadailyandmanagementreviewlevel.
Reducesuncertaintyofexposure
The Reactec Analytics Platform removes the uncertainty of tool use by
tracking exact trigger time of tools used and by which operators. A
HAVMETER canalsobepersonalisedtosupportoperatorsonreduced
points due to medical issues. The HAVMETER measures variations in
tool vibration magnitudes across work schedules and operators to help
identifyamorerepresentativerisk,poortoolperformanceandutilisation.
Streamlining vibration monitoring means more
time to reduce exposure
The HAVmeter completely automates the entire monitoring and
reporting process. With easy access to operator exposure level
records and tool usage, managers can utilise their time to proac-
tively manage HAVs exposure risk with more accuracy and
efficiency than a manual system.
Continuous monitoring for
continuous improvement
Any level of vibration exposure is unsafe so deploying
controls as robustly as possible no matter the level of
risk is essential. The Reactec Analytics Platform will
support reduction activity to make what was once
difficult or inaccurate, reasonable and practical.
- Continuous exposure monitoring to track
all types of work activity.
- Greater accuracy of exposure monitoring &
supports reduced worker activity.
- Vibration trend to highlight increases in
exposure risk due to poor tool use or
performance.
- Supervisor rapid intervention support with
emailed reports & alerts.
ASSESS
Plan overall strategy,
identify & assess health
hazards & involve
workers in managing risks
WHO DOES WHAT
Clients, Designers, CDM coordinators, Principal contractors, Contractors & Small builders & Workers
CONTROL
Prevent risk or control the
remaining risks
REVIEW
Supervise workers,
maintain controls &
monitor effectiveness
of controls
CONTROL
Prevent risk or control the
remaining risks
DUTY HOLDERS
Clients, Designers, CDM coordinators, Principal contractors, Contractors & Small builders & Workers
REVIEW
Supervise workers,
maintain controls &
monitor effectiveness
of controls
HSE continuous improvement cycle to mitigate vibration exposure
View a Reactec Analytics software demo at www.reactec.com
3. Total Operator Days:
3141
2568 Days (81.76%)
445 Days (14.17%)
128 Days (4.08%)
PercentageofELVpointsused
Average % of Operator Exposure Trend
May'13
Jul'13
Sep'13
Nov'13
Jan'14
Mar'14
0%
20%
40%
60%
Exposure trends & action level thresholds
Examples of Reactec
Analytics Reports
Exposure trend
Tool exposure
Career management
Daily operator
exposure
Daily operator exposure levels
Date
Day Group Name EAV ELV Total Exposure Points
11/08/201
2 Sat Bridge Project 480 Sean Moore 100 400 403.60
08/08/201
2 Wed Bridge Project 454 Frank Smith 100 400 355.31
10/08/201
2 Fri Bridge Project 902507 Ian Manning 100 400 291.47
11/08/201
2 Sat Bridge Project 1490 Simon Keele 100 300 212.64
12/08/201
2 Sun Bridge Project 3110 Paul Flannagan 100 400 239.84
12/08/201
2 Sun Bridge Project 1490 Simon Keele 100 300 167.19
11/08/201
2 Sat Bridge Project 3110 Paul Flannagan 100 400 219.91
12/08/201
2 Sun Bridge Project 700 Nigel Lee 100 400 219.46
12/08/201
2 Sun Bridge Project 906395 Stuart Robinson 100 400 53.44
34
27
26
12
5.2%
5.3%
5.9%
12
34
32
27
Individual Exposure: 8/10/2012 - 19/10/2012
Oper
ator exposure
8.3%
9.3%
12%
13.5%
26
12
ELVBAV EAV
40
33 13
27 7
25 3
21 1
18
154
139
811
-4%
+2%
+45%
-20%
-23%
-4%
-3%
-2%
-3%
Trend %
No. of days max.
levels reached
BAV EAV ELV
12000 - James Green
ID / OperatorGroup
Key:
12002 - Eric Smith
12003 - Frank Benny
12007 - Norman Foster
12034 - Ian Jones
Northern Division
Site 21
Northern Division
Northern Division
Indicates number of days Action lev
els reached
Current levels
EAV ELV
100 400
100 400
75 300
100 400
50 100
100 400
100 400
100 400
100 400
5.2%
5.3%
5.9%
12
34
32
27
Operator exposure
Individual Exposure
ELVBAV EAV
40
33 13
27 7
25 3
2121
67
42
23
45
1
18
154
139
-4%
+2%
+45%
-20%
-23%
-4%
-3%
-3%
Trend %
View tool
use
No. of days max.
levels reached
12000 - Nick Molloy
ID / OperatorGroup
Key:
12002 - James Cairns
12003 - Dave Evans
12007 - Ian Hartrick
12034 - Bryan Adams
Northern Division
Site 21
Northern Division
Northern Division
Indicates number of days Action lev
Current levels
EAV ELV
100 400
100 400
75 300
100 400
50 100
100 400
100 400
Overall Daily
Overall Daily
Overall Daily
Overall Daily
Overall Daily
Overall Daily
Overall Daily
Tool Usage
Tool ID Manufacturer Model Tool Name
Vib
m/s²
Total
Operators
Trigger Time (H:M:S)
Connected
Utilisation
3193080 MAKITA HR4001C 12.50 13 2.18:23:19 62.55%
3193079 MAKITA HR4011C 7.50 16 2.11:56:54 49.03%
A0120004 HILTI TE706AVR
BREAKER
6.60 8 1.18:41:42 44.89%
TE60 HAND TAMPER HANDLES 9.00 8 1.12:32:01 59.23%
3193077 MAKITA HR4011C 7.50 10 1.10:16:09 50.24%
245e100 TE706 AVR BREAKER 6.60 1 1.04:56:35 54.53%
3110984 MAKITA HR4511C 7.50 10 18:33:13 35.57%
3121981 MAKITA 9565PC 10.00 12 17:44:58 57.08%
45n0083 TE706 AVR BREAKER 6.60 1 15:42:37 49.69%
e10001 TE706 AVR BREAKER 6.60 1 15:01:45 56.86%
More effectively
support HSE regulations
A unique platform to better
support HSE regulations
The HAVMETER encourages operators to become
pro-active, actively looking for tool/job rotation or
better planning of shifts etc. Providing easier access to
exposure reports helps increase awareness through-
out a company of the measure of controls and activi-
ties to revise them. The reports also provide greater
accuracy and insight to aid designing out exposure
through work and tool planning.
- More accurate assessment of exposure
- Unique information to help deploy the most
effective measure of controls
- Helps educate and involves all duty holders
- Measure the effectiveness of controls to aid
design changes
Reports can be viewed online or automatically received by email
of operator daily exposure levels and tool usage to assess worker
activity and threshold breaches. Alerts can also be sent when
operators breach an action threshold to support proactive HAVs
management.
Reactec Analytics reports support risk
reduction activity
Alternative work methods
The reports more accurately identify areas of risk and where to
look for alternative work methods to eliminate or reduce exposure
to vibration.
Equipment selection
Tool usage reports help select or allocate the most suitable equip-
ment for tasks. Compare tool vibration magnitudes of tools used
to help select the lowest vibration tools that are suitable and can
do the work efficiently.
Maintenance & purchasing policy for replacing old plant
The reports summarise which make and model of tools contribute
the most in terms of vibration exposure points and how long tools
has been used. This can help maintenance scheduling, plan
replacements and identify poor tool use.
Work schedules
A clear understanding of tool use helps plan work to avoid
individuals being exposed to vibration for long continuous
periods .View employee exposure to vibration and the related HSE
exposure points across projects, departments and working
groups.
Measure effectiveness of controls
Accurate and continuous monitoring is imperative to risk assess,
deploy and measure the effectiveness of controls. To also more
easily check a programme of controls is being carried out by
managers and employees.
View a Reactec Analytics software demo at www.reactec.com
4. Features
Simple to use
Streamlines and simplifies the HAVs monitoring process, reduces
human error and is auditable.
Accuarate and informative
The HAVMETER’s visual“trafficlight”HAVlevelindicatoristailoredto
an operators daily exposure thresholds and educates operators on tool
exposure. The online Reactec Analytics reports also simplifies managing
HAVsexposurerisk.
Secure
Reports are securely hosted and supported by Reactec with daily
backups.
No additional IT required
Only a computer and internet connection required to view
Analytic reports 24/7.
24/7 reports
Information is tamper proof and companies can centrally
manage employee online access to view specific or company-
wide reports.
Robust and industry tested
6 years industry tried and tested to withstand all working
environments and conditions.
Supporting 40,000+
UK tool operators
Instant access to accurate,
historical & auditable data
Defending a HAVS related claim requires documenta-
tion of a claimant’s exposure based on historical tool
usage and work history. Employers who have reduced
exposure risk, as low as reasonably practical, can still
find this process problematic due to lack of conclusive
exposure records.
- Continuous monitoring provides conclusive
exposure records.
- 1 click download of reports reduces
preparation time and paper work.
- Auditable & accurate data provides a more
robust defence.
- Reduced risk helps secure lowest insurance
premiums.
Provide a robust defence
against litigation
View a Reactec Analytics software demo at www.reactec.com
5. How it works - Track & manage HAVS risk
The use of vibrating tools can cause a range of conditions collec-
tively known as Hand Arm Vibration Syndrome or HAVS for short.
All employers have a legal obligation to conduct;
- Exposure assessment,
- Exposure reduction,
- Health monitoring,
- Information and training.
Dose-response data indicates that
“10% of individuals will have finger
blanching symptoms after 12 years
if exposed at the action value of
2.5m2 A(8) [100 HSE exposure
points] or after 6 years if exposed at
the limit value of 5m2 A(8) [400 HSE
exposure points]”.
“Exposure below the Action Value
cannot be considered safe...”(HSE)
- 2 million UK workers exposed to high levels*
- 300,000 suffering advanced stages*
- You can develop HAVS within 6 months.
- 50% of all reported Occupational industrial
diseases are HAVS related (HSE 2012)
- There is NO cure for HAVS - only prevention
*Medical Research Council
Hand Arm Vibration
Syndrome (HAVS)
Collect
Eachoperativeusestheirperson-
alised RFID card to signout a
HAVMETER from a Basestation
at the start of their shift.
1
Connect
The operative connects their
HAVMETER to tools magneti-
cally during their shift. The
HAVmeter calculates and
displays in realtime the HSE
points exposure and the LEDs
indicate action levels reached.
Manage
From head office to remote locations only an internet connection and
computer are required to view the online reports. Companies can
centrally manage employee online access to view specific or company
wide reports. This secure access keeps team leaders and managers
informed of their teams’HAV risk by receiving auto alerts if an operator
exceeds personal daily exposure limits.
Return
At the end of a shift the
HAVMETER is returned to a
Basestation where it begins
recharging and downloads
data onto the Basestation.
Transmit
TheCommunications(Comms)
module sends the Basestation
data to the cloud based
reports.
Corporate
Leadership
Regional
Managers
Depot
Managers
Team
Leaders
4
5
6
Cloud Based Reactec
Analytics Reports
Company manages employee access to real-time
reports. Employees view reports and receive alerts.
2 3
View an Analytics software demonstration at www.reactec.com
10%ofworkers
6. “An accurate and cost-effective means of
controlling and recording vibration exposure.”
Wood Group PSN,
Ron Martin, Lead HSE Advisor,
“The devices give us a valuable monitoring
system that makes sure we know who is working
with what machinery and for how long.”
BAM Nuttall, Roy Jackson,
Senior Safety Advisor
“It’s very difficult to quantify what sort of amount
of exposure an individual has had - the HAVmeter
is the perfect solution.”
Balfour Beatty Regional Civil Engineering,
Brian Hume, Health & Safety Manager
“Before the HAVmeter we relied on manual input with a
guy basically using his memory at the end of the day for
the time that he has spent using vibratory tools. With the
HAVmeter, we have seen an accurate, user friendly piece
of kit which allows us to manage HAV more easily. We
have been able to make major cost savings through
cutting out administrative costs.”
AMEY, George Kennedy,
Roads Manager
“There has been nothing but positive feedback from our employees, the
HAVmeters are extremely easy to use and many of them feel
the device has made their working life easier.”
Aggregate Industries - Gordon Dick, Site Manager “We now have a robust defence in place to
protect us against any claims.”
Norfolk County Council Environment
Transport & Development
Colin Tibbenham
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INFORM : PROTECT : DEPLOY
REACTEC
Testimonials
Reactec Ltd, Vantage Point,
3 Cultins Road,
Edinburgh EH11 4DF
Tel: 0131 221 0930
Email: info@reactec.com
Web: www.reactec.com
HAVMETER user
guide video
HAVS victim
interview