Why Borer
spacer  
 
spacer  
spacer  
arrow  
 
 
 
 
 
 
About Us
Why Borer
Info Base
Contact Us
Energy & Price Comparison

Life Cycle Costs At the Door

The comparison following table offers a comparison between a Borer System and a low end, low price competitors system. The comparison is made over a period of 7 years and is based upon the provision of access control for a single leaf wooden door equipped with an electric strike, push to exit button with in and out card access readers.

This comparison uses the list price of the equipment with no attempt to compare the features and benefits of the two solutions. It is simply to demonstrate the difference in life time costs for a standard installation using a competitors system and one using the Borer System.

Borer

Alternative

Units

 

£

 

£

Equipment Requirements

Borer System:
Intelligent Proximity Reader with keypad (£350), Intelligent Proximity Reader (£300), Lock Manager (£70)

Legacy Technology Alternative System:
Proximity reader Head with keypad (£120), Proximity reader Head (£99), Control Panel (£220), Power Supply and Housing (£85.50)

£720

£524

Battery (£22) assuming battery replacement every 3 years

Count

-

-

3

£66

Exit Switch (£30), monitored Trimec electric (£180) strike, tamper switch

£210

£210

Cable Ends to be terminated

Count

32

66

Installation of Main Power fused spur

Count

-

-

1

£180

Installation Time (@ £60 ph)

HH:MM

2:30

£150

5

£300

Commissioning Time (@£60 ph)

HH:MM

0:15

£15

1:00

£60

Energy Consumed / Costs over 7 years assuming 6% energy price inflation PA

Kilowatt hours

156

£19

14437

£181

Total

 

 

£1114

 

£1521

 

Borer Solution      Typical Competitive olution
Less than 3 Watts consumed by a Borer intelligent reader and electric release combination   15 – 20 Watts to control a single door equipped with a fail safe electrical strike
     

 

When choosing an access control system, users often only compare the purchase price. This alone is an inaccurate indication of true costs.

The wrong choice of locks at system design will significantly impact on the lifetime cost of the system deployed.

As the cost of energy continues to escalate and as companies strive to meet the mass of environmental legislation coming from the EU (e.g. WEEE directive, RoHS, EuP Initiative, Battery directive) it makes economic sense to deploy lean and clean solutions.

A full comparison is available as a White Paper, can be downloaded here

For further information on any our products or an info pack, please use the Contact Form or call on 0845 155 9623