Canute FHC design software training: Sprinkler and water mist systems

Target audience

Existing suppression system designers.

Those seeking to enhance their skills using Canute FHC software – from beginners to advanced level practitioners.


Aim

To apply Canute FHC software from data entry to more advanced concepts.


Outcomes

On completion, delegates should have an understanding of:

  • Basic concepts of computerised hydraulic modelling
  • Hydraulic formulas to calculate flow through heads & pressure loss in pipes
  • Apply node references to a hydraulic model
  • Entering the relevant data into FHC
  • Optimising hydraulic models
  • Advanced FHC commands

Delegates also learn to:

  • Undertake automatic sizing to pipework
  • Enter water supplier data
  • Make global changes to the system
  • Conduct copy commands
  • Produce reports for checking and submitting to AHJ

Design standards

Tailored to address relevant sprinkler and water mist standards and codes of practice, including BS 9251, BS EN 12845, NFPA 13, NFPA 750.


Continual Professional Development

All delegates receive CPD certificates on course completion. All courses are designed to approved centre standards which are, in turn, regulated by National Awarding Bodies and OFQUAL.


Cost includes

  • 6 hours continual professional development
  • Lunch and refreshments
  • Canute FHC user manual and course work book
  • Computers and Canute FHC software for use on course

canute-25

Dates and prices

Duration1 day
2017Thu 19th Oct
2018Thu 1st Mar
Thu 12th Jul
2019Thu 24th Jan
Delegate cost£250 + VAT
LocationYarnfield, Stone, Staffordshire
Accommodation

Costs and details


Partnership

This is a partnership arrangement between Canute and Xact to provide FHC software courses to customers

For more details about Canute and to purchase software


Prior learning

This course assumes that delegates are familiar with manual hydraulic calculations and the principles of applying hydraulic calculations to fire system designs.

Delegates will be expected to have a good understanding of the design standard to which they intend to apply FHC and hydraulic calculations e.g. BS 9251, BS EN 12845, NFPA 13 or NFPA 750.


Pre-course module

None.


Delivery

The sessions will be delivered using PowerPoint presentations, group discussion and individual tuition. An important part of the course is to give delegates the opportunity to practise their new skills.

Delegates will be provided with computers and software for the course.