Aaron Priestley brings extensive sales and client relationship management experience to newly created role
In line with an ambitious growth strategy, Bedford-based Svantek UK – leading manufacturer of advanced noise and vibration instrumentation for environmental and health & safety analysis and monitoring applications – has divided its sales team into two distinct territories with the appointment of Aaron Priestly as its Applications Engineer for the North.
Aaron joins Svantek UK from testing, inspection and certification business, British Engineering Services, where he spent five years in a variety of sales and customer service roles, most recently as Business Development Manager.
“I feel like I am joining Svantek UK at an exciting time,” comments Aaron. “I am looking forward to working with the rest of the team and developing sales in the North.”
Aaron’s appointment follows the recent addition of Matthew Lunn as Svantek UK’s Applications Engineer covering the South and the promotion of Aidan Hubbard to Sales Manager.
Paul Rubens, General Manager at Svantek UK says: “Svantek UK’s continued growth has made it increasingly evident that a geographical split of the sales function was the best way forward to ensure renewed focus on individual territories. Aidan’s calibre and background make him a great addition to the team and will help further strengthen customer relationships for Svantek UK in the North.”
Svantek’s noise and vibration instrumentation is ideal for a wide range of applications including sound measurements, environmental noise, occupational noise, building acoustics, ultrasound/infrasound, high level / low level noise, hand-arm vibration, whole-body vibration, machine vibration, building / ground vibration and tonality measurement.
Svantek’s UK based laboratory can provide traceable calibrations using state-of-the-art calibration technology and instrumentation backed by the highest levels of knowledge and competence.
Svantek UK’s Sales Manager, Aidan Hubbard, will be presenting at the Land Remediation Expo 11 – 12 Sept 2019 NEC BIRMINGHAM.
Theatre 29 – Wednesday 11.45 – 12.15: Monitoring Noise Correctly and Selecting the Right Equipment
Look forward to seeing you there!
30th April 2019, NEC, Birmingham
Part of the UK Public Sector Sourcing Expo, co-located with Procurex National 2019, and officially supported by CompeteFor and many of the major ongoing and future infrastructure projects, the UK Infrastructure Show 2019 will provide participants with a unique opportunity to engage, connect and collaborate with a vast array of key projects, decision makers and influencers representing the major areas of infrastructure, all in one day, under one roof. The main sectors represented at UK Infrastructure Show 2019 include:
Flood & Coastal
This the must-attend event for any suppliers looking for supply chain opportunities in these sectors.
Visit us at stand 39 to discover the latest in noise, vibration and dust monitoring instrumentation.
We look forward to seeing you there!
The Land Remediation Expo is the UK’s largest event designed to showcase the latest innovations that further the diagnosis, management and remediation of contaminated land. It is part of the Contamination Expo Series being held at the NEC, North Ave, Marston Green, Birmingham, B40 1NT on Wednesday 11th and Thursday 12th September 2019
Aidan will be holding a discussion on noise monitoring equipment, including explanations of which technology is suitable for various applications and requirements, why this makes a difference and why is it important. He will also review cloud-based monitoring platforms for data reporting and look at how they work.
To register please visit www.landremediationexpo.com
We’d like to welcome Matt Lunn, the new Svantek UK Applications Engineer, to Svantek UK. He’ll be joining Aidan Hubbard and Debra Gill to further strengthen the UK sales team and increase the support we offer.
Matthew brings a wealth of Sales Account Management experience to his new role. Prior to joining Svantek, he was Contract Renewal Account Manager at Aptean Ltd whilst earlier roles include Account Manager positions at both BT Local Business and Altodigital Networks Ltd.
As Applications Engineer at Svantek, Matthew will be responsible for using his networking capabilities and relationship building skills to develop business with both existing and new customers, as well as help make the specification of noise and vibration instrumentation easier for consultants and contractors.
Paul Rubens, General Manager at Svantek comments: “Strong sales growth combined with on-going development of innovative new products by our parent company in Poland necessitates increased levels of customer support. Matthew will use his experience to provide valuable back up to the existing team across multiple applications and industries.”
Contact firstname.lastname@example.org or 01234 639551
Remote, pole-mounted ‘SolarBox’ option provides essential power to low cost SV 307 for permanent noise monitoring using an integrated Class 1 sound level meter
Reinforcing its position at the forefront of noise and vibration instrumentation for environmental and occupational health monitoring applications, Svantek UK has launched SolarBox, an all-in-one solar power system for use with its popular, low cost SV 307 Noise Monitoring Terminal.
The remote, pole mounted SolarBox provides essential power for Svantek’s small, lightweight SV 307 Noise Monitoring Terminal. The SV 307 has generated significant interest since its launch last summer which Svantek attributes to an extremely competitive price point and innovative Class 1 MEMs microphone with lifetime warranty.
The new SolarBox is a solar mount and enclosure in one neat unit, topped by a 110W DC-Solar 12V professional grade panel. It utilises monocrystalline SunPower cells offering quality, compact design and high outputs in low-light conditions. The built-in lead-acid battery helps ensure the system can run continuously, even in the worst of UK winters.
Protected by an IP66-rated waterproof, removable casing, Svantek’s SV 307 integrates a Class 1 (IEC 61672) sound level meter with 3G modem for fast data transfer over the internet to PC with standard connectivity. Offering optional airport and community characteristics, a Class 1 MEMs microphone enables wide frequency range up to 20 KHz with the measurement data stored on a microSD card.
The energy efficient NMT incorporates an innovative patented system check with an inbuilt reference sound source producing level of 100dB at 1 KHz. As an option, the SV 307 can perform real-time frequency analysis in 1/1 and 1/3 octave bands and save results with the time history data. In addition, it can record the audio signal as standard WAVE files for noise source recognition.
A large colour OLED display and 10 push buttons enable easy configuration of the NMT in the field removing the need for an external handset or reconnection to a PC.
The large windscreen is highly efficient in reduction of wind noise effects even at high wind speeds. Metal spikes protect the NMT from birds.
The SV 307’s waterproof casing can be easily mounted to a post and removed for quick access to the user interface. It also offers protection against extreme weather conditions whilst fulfilling Class 1 accuracy.
The SV 307 has an internal Li-Ion battery and interface for connecting the SolarBox. A waterproof mains adapter for charging the battery and powering the station is also included for continuous operation in the field.
Svantek’s SvanNET cloud service monitors the wireless communication, powering and access to the SV 307 data. The scope of the basic SvanNET can be extended with multipoint project management that offers data storage in the cloud, data sharing, advanced alarming and reporting features. SvanNET is an on-line solution which means it doesn’t require software installation and is accessible through a web browser. The responsive design enables use of SvanNET on various devices such as smartphones or tablets.
The SV 307 is available with a number of optional functions including an accurate GPS hardware module providing information on the localisation as well as measurement time synchronisation.
The SvanPC++ Environmental Measurements feature is designed for post processing of data recorded by the NMT. It offers a powerful calculator and an automated noise event finder for noise source identification.
The option for 1/3 octave real-time analysis allows measurement of the noise frequency contents and is used for verification of noise sources in the environment. Plus time domain signal recording to WAVE format works during measurement and is logged in parallel to a time history. Once downloaded to PC it can be played back. The SV 307 is supplied with a factory calibration certificate and 36-month warranty card.
Sound, vibration and dust monitoring can be a bit of a minefield at the best of times but when you add all the extra variables for monitoring on a large construction site then getting everything set up correctly can be critical.
At Svantek we’ve run a number of seminars near our offices in Bedfordshire and they’re always very popular. On Weds 9th May we are running one covering many aspects of monitoring on construction sites for planning consent compliance from an acoustic consultants’ perspective and then on Thur 10th May we tackle the same subject but from a building contractors’ perspective. Experienced speakers cover many key topics from the standards you need to adhere to right through to accessing your data via a web portal. We look at a number of subjects including transducer selection, calibration and also some real life examples.
Speakers at the event include John Shelton BSc(Hons) MSc MIOA who chairs the instrumentation working group for the Institute of Acoustics.
We recently attended the 52nd Human Response to Vibration Conference & Workshop at Cranfield University where Svantek Poland’s Marketing Manager, Jacek Kuczynski, gave a presentation on ‘The impact of contact force on the accuracy of hand-arm vibration measurement’.
Below is an abstract from a paper produced by Jacek and Piotr Kowalski Ph.D (Eng) from the Central Institute for Labour Protection in Warsaw which details a recent study into the use of hand-arm vibration adapters and the accuracy of hand-arm vibration measurements, in function of the contact force. The Institute performed 240 measurements where the impact of coupling force on vibration magnitudes was assessed using Svantek’s SV106 human vibration meters and SV105AF hand-arm adapters.
The two Svantek SV106 human vibration level meters meet ISO 8041:2005 requirements, and are designed to perform measurements in accordance with ISO 5349-1 and ISO 5349-2 standards, with special SV105AF hand-arm adapters mounted on handles of vibration exciters.
Measurement of hand-arm vibration with the use of a hand mounted sensor ensures the most representative measurements, taken at the point of contact of hand with a vibrating tool.
When measuring vibration on a hand, simultaneous measurement of contact force verifies whether the force magnitude is sufficiently rigid. The contact force also provides information on operator’s work schedule and may help to instruct users if they are using excessive or too little force when working with hand-held tools.
Additionally, by knowing both the coupling force value and the vibration acceleration, it is possible to calculate actual vibration energy dose that has been transferred to a hand.
The results proved that measurements taken with hand-arm adaptors provide correct vibration results regardless of contact force changes and type of vibration signal. The study has also indicated that it is necessary to define a minimum force threshold in order to mitigate the uncertainty related to the contact between hand and a vibrating tool.
The study proved that the effect of changes of the force thresholds applied by the operator are irrelevant to the measured vibration acceleration values. This assumption is valid for the forces above threshold of 20 N, below which it is necessary to ensure the correct coupling between hand-arm adaptor and vibrating surface. Together with the force level drop below 20 N, the uncertainty related to the coupling increases rapidly. However it is necessary to note that in practise, for tools generating high vibration amplitudes, the threshold of 20 N may not guarantee the perfect coupling, therefore higher threshold levels should be established.
At the time the ISO 5349 standard was introduced it was practically impossible to perform force measurements together with tri-axial vibration measurements due to limitations in hardware.
At the moment very small force transducers can be fitted right next to the MEMS-technology-based vibration accelerometer in a form of hand-arm adaptor as specified by ISO 5349-2 and ISO 10819 standards. In comparison to the technique of mounting sensor on a tool, the use of contact force allows defining the actual vibration exposure, whereas mounting on a tool bears the uncertainty of including into tests the periods when there was no contact with the operator’s hand.
As it has been proven, the use of hand-arm adaptors provides the same accuracy of vibration amplitudes as in case of standard piezoelectric vibration sensors mounted on a tool, but additionally offers the advantage of the best possible location of the measurement point – exactly at the point of transmission of the vibration signal to the hand of an operator and provides information on the actual exposure to the vibration.
Every year in the UK, 1.3 million people suffer from a work-related illness or ill health caused or worsened by their working conditions. Plus some 13,000 workers per year die from occupational exposure to harmful substances and 30.4million working days are lost due to work-related illness and workplace injury. The estimated cost of injuries and ill health from current working conditions is over £14.1billion. (Source: HSE)
Health & Safety in the workplace is a bit of a minefield at the best of times but when you add all the extra complexities of monitoring for noise, vibration, dust and heat stress then setting up a regime correctly can be daunting and stressful.
However, occupational monitoring is a fundamental requirement as workplace noise, dust, heat stress and vibrations are potential hazards to an employee’s health. As an employer, it is necessary to ensure compliance with those industry regulations which impose stringent limits to protect workers.
Employees can be exposed to high vibration levels as a result of using power tools or by driving forklifts. Excessive exposure of workers to vibration has been known to cause serious health problems such as hand-arm vibration syndrome or white finger, back pain, carpal tunnel syndrome, and other vascular disorders.
Overheating in the workplace can lead to a range of adverse effects. Mild thermal stress, for example, can cause skin problems, fatigue, fainting and nausea whilst more serious overheating can lead to unconsciousness.
AcSoft Health & Safety has run a number of seminars near its office in Bedfordshire and they’re always very popular. The next one is being held on the 12th September at The Sharnbrook Hotel in Bedford and will cover many aspects of workplace monitoring for noise, vibration (hand arm and whole body), dust and heat stress.
Experienced speakers will cover many key topics including the standards employers need to adhere to, which instruments to select and how to generate a report at the end.
Speakers at the event include John Shelton BSc (Hons) MSc MIOA who chairs the instrumentation working group for the Institute of Acoustics.
The seminar will cover:
- An introduction to noise – what is the Noise at Work Act an how do I comply?
- What is the difference between a noise dosimeter and a sound level meter and when do I use which?
- Selecting hearing protection: there are a number of ways to select hearing protection including HML, C-A, Octave band analysis or just plain guesswork. What are the benefits of each method and what should I use?
- Human vibration – an introduction to hand arm and whole body vibration measurement and the Physical Agents Directive:vibration
- How to measure human vibration and how to devise a monitoring regime
- Workplace monitoring for dust, VOC and gas: what do I have to measure for and how do I do it?
- Heat stress and cold stress – what is it and how do you measure it?
For further information on the seminar please telephone 01234 639550