| Isotek GII Titan (Call for Pricing!) |
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| Products: |
Audio Systems & Components for the Music Lover |
| MAIN: 847-356-5161 FAX: 847-265-9459 CELL: 224-577-5161 Email: ja-info@jamnaudio.com |
Specifications:
The following information relates only to the IsoTek GII Nova. These are original
products and should not be confused with past models or ‘copy cat’ products.
Number of outlets: 2 standard, 1 extendable (Neutrik)
Type of outlets available: 13A UK unswitched / European / U.S.
Mains inlet: 16 Amp Neutrik
Mains voltage: 110 - 264 VAC
Maximum currenti: 16 Amps continuous
Total Power at 230V: (Nominal): 3,680 Watts
(Continuous rating of Titan circuit): 4,600 Watts
(Transient capability 10 milliseconds): 23,000 Watts
Total Power at 115V: (Nominal: 1,840 Watts
(Continuous rating of Titan circuit): 2,300 Watts
(Transient capability 10 milliseconds): 11,500 Watts
Fusing: Electronic Overcurrent device (16Amps, with addition suppression
filtering). 30 milliamp earth linkage protection, this allows use on radial
circuits not protected by RCDs, allowed under British regulations as a
cooker circuit
Dimensions: 275mm x 182.5mm x 275mm (WxHxD)
Weight (boxed): 12.75 Kg
The following information relates only to the IsoTek GII Nova. These are original
products and should not be confused with past models or ‘copy cat’ products.
Number of outlets: 2 standard, 1 extendable (Neutrik)
Type of outlets available: 13A UK unswitched / European / U.S.
Mains inlet: 16 Amp Neutrik
Mains voltage: 110 - 264 VAC
Maximum currenti: 16 Amps continuous
Total Power at 230V: (Nominal): 3,680 Watts
(Continuous rating of Titan circuit): 4,600 Watts
(Transient capability 10 milliseconds): 23,000 Watts
Total Power at 115V: (Nominal: 1,840 Watts
(Continuous rating of Titan circuit): 2,300 Watts
(Transient capability 10 milliseconds): 11,500 Watts
Fusing: Electronic Overcurrent device (16Amps, with addition suppression
filtering). 30 milliamp earth linkage protection, this allows use on radial
circuits not protected by RCDs, allowed under British regulations as a
cooker circuit
Dimensions: 275mm x 182.5mm x 275mm (WxHxD)
Weight (boxed): 12.75 Kg
Product Introduction
The Titan is a high quality filter designed specifically for power amplifiers. The
filter has virtually unlimited power and because of this we are able to achieve
a transient of 23,000 watts!
"The Halcro amplifier transformed my system two years ago and the Titan has
now transformed the Halcro. Ditto Nova for the DCS." - Iain Lees, Scotland
Overview
A little over two years ago we advocated that power amplifiers benefited from
a clean supply This was based upon our research that every component
within a system benefited from specific tailored filtering solutions. We felt it
was not enough to isolate components from noise on the mains alone. Our
research showed that as a component draws power the mains supply is
corrupted, basically anything with a power supply would cause this result. Our
original SubStation allowed users to specify specific filters for each
application. We later advocated larger over engineered isolation transformers
for power amplifiers, we called these the 'Qube' and released three versions
1000, 2000 and 4000VA.
A maximum power multiplier was used; if a component drew 500 watts at peak
then this figure should be doubled and then doubled again to protect against
transient information loss. At the time we felt that they offered the best
possible solution. New research breakthroughs show we can do better.
Although there are many things a good isolation transformer can deliver there
are, however, several downsides which no matter how hard one tries cannot
be overcome. Even though we specified extremely large isolation transformers
a reduction in transient response was almost inevitable. This was simply down
to various forms of insertion loss within the transformer itself. This is caused
by the transformer having a higher impedance than the mains supply typically
would.
In order to overcome the limiting factors of isolation transformers we
recognised a fundamental shift in thinking was required. Calculations suggest
that the typical transient energy available from a typical 13amp mains socket
is equivalent to 23,000 watts. In an ideal world, to obtain the best results, the
absolute minimum size of isolation transformer if used for filtering would be
23,000 watts. This is obviously a ludicrous suggestion. Although it's anybody's
guess what a true mains transient is, we feel this figure stands reasonable
scrutiny and maybe a minimum.
It became apparent, almost immediately, that we could not possibly offer this
specification; it also became apparent that in order to achieve what we felt
was required, we had to.
Features
The new Titan dispenses with isolation transformer technology in favour of a
direct-coupled design with a nine-stage series and parallel filter configuration.
This is optimised for a high degree of common mode rejection, with the
highest possible differential mode rejection compatible with low insertion
losses. Great care has been taken to minimise insertion loss at mains
frequency. Another asset of an isolation transformer would be a balanced
supply, however the new circuit also offers these desirable characteristics,
especially at high frequencies where it could be debated it possesses
superior performance. To further ensure the greatest possible transient
response, enough to realise 23,000 watts potential, two things out of the
ordinary have been achieved. Firstly, the minimum constant running ability of
the device is rated at over 4,600 watts. Secondly, the unit is fitted with an
RCBO, this high tech electronic fusing offers huge transient overloads whilst
remaining safe. It also has the added bonus of protecting power cords against
long term overload conditions.
Placement
The Titan can be placed either on a dedicated shelf of an equipment support
rack or in a position next to or near the power amplifier it supplies. Adequate
ventilation should be given to the unit, therefore we would not recommend
that it is covered or enclosed in a very tight space. It is also recommended
that the unit is not used outside or in areas susceptible to damp conditions.
Equipment Coupling
The Titan has been designed specifically for high current applications,
especially power amplifiers. Titan is so powerful in terms of transient ability
that it is only limited by the network it is plugged into, therefore if possible we
would recommend a dedicated supply be installed. You will need to seek the
advice of a qualified electrician for this (at time of writing, they would require
Part P and Edition 16 of IEEE regulations). At the rear of the Titan chassis are
two high quality unswitched outlets these can be used for power amplifiers or
other high current devices. The Titan has also been equipped with a Neutrik
out to support other specific IsoTek items.
System Integration
The Titan should be used with its supplied power cord. Should users wish to
change this for their own preferred brand the cable MUST be rated with a
minimum of 16Amps. We strongly recommend that a good quality mains cable
be used throughout your system. Look for a cable with good conductors, for
example oxygen free copper, this cable should also possess a high degree of
shielding from RFI
The Titan is a high quality filter designed specifically for power amplifiers. The
filter has virtually unlimited power and because of this we are able to achieve
a transient of 23,000 watts!
"The Halcro amplifier transformed my system two years ago and the Titan has
now transformed the Halcro. Ditto Nova for the DCS." - Iain Lees, Scotland
Overview
A little over two years ago we advocated that power amplifiers benefited from
a clean supply This was based upon our research that every component
within a system benefited from specific tailored filtering solutions. We felt it
was not enough to isolate components from noise on the mains alone. Our
research showed that as a component draws power the mains supply is
corrupted, basically anything with a power supply would cause this result. Our
original SubStation allowed users to specify specific filters for each
application. We later advocated larger over engineered isolation transformers
for power amplifiers, we called these the 'Qube' and released three versions
1000, 2000 and 4000VA.
A maximum power multiplier was used; if a component drew 500 watts at peak
then this figure should be doubled and then doubled again to protect against
transient information loss. At the time we felt that they offered the best
possible solution. New research breakthroughs show we can do better.
Although there are many things a good isolation transformer can deliver there
are, however, several downsides which no matter how hard one tries cannot
be overcome. Even though we specified extremely large isolation transformers
a reduction in transient response was almost inevitable. This was simply down
to various forms of insertion loss within the transformer itself. This is caused
by the transformer having a higher impedance than the mains supply typically
would.
In order to overcome the limiting factors of isolation transformers we
recognised a fundamental shift in thinking was required. Calculations suggest
that the typical transient energy available from a typical 13amp mains socket
is equivalent to 23,000 watts. In an ideal world, to obtain the best results, the
absolute minimum size of isolation transformer if used for filtering would be
23,000 watts. This is obviously a ludicrous suggestion. Although it's anybody's
guess what a true mains transient is, we feel this figure stands reasonable
scrutiny and maybe a minimum.
It became apparent, almost immediately, that we could not possibly offer this
specification; it also became apparent that in order to achieve what we felt
was required, we had to.
Features
The new Titan dispenses with isolation transformer technology in favour of a
direct-coupled design with a nine-stage series and parallel filter configuration.
This is optimised for a high degree of common mode rejection, with the
highest possible differential mode rejection compatible with low insertion
losses. Great care has been taken to minimise insertion loss at mains
frequency. Another asset of an isolation transformer would be a balanced
supply, however the new circuit also offers these desirable characteristics,
especially at high frequencies where it could be debated it possesses
superior performance. To further ensure the greatest possible transient
response, enough to realise 23,000 watts potential, two things out of the
ordinary have been achieved. Firstly, the minimum constant running ability of
the device is rated at over 4,600 watts. Secondly, the unit is fitted with an
RCBO, this high tech electronic fusing offers huge transient overloads whilst
remaining safe. It also has the added bonus of protecting power cords against
long term overload conditions.
Placement
The Titan can be placed either on a dedicated shelf of an equipment support
rack or in a position next to or near the power amplifier it supplies. Adequate
ventilation should be given to the unit, therefore we would not recommend
that it is covered or enclosed in a very tight space. It is also recommended
that the unit is not used outside or in areas susceptible to damp conditions.
Equipment Coupling
The Titan has been designed specifically for high current applications,
especially power amplifiers. Titan is so powerful in terms of transient ability
that it is only limited by the network it is plugged into, therefore if possible we
would recommend a dedicated supply be installed. You will need to seek the
advice of a qualified electrician for this (at time of writing, they would require
Part P and Edition 16 of IEEE regulations). At the rear of the Titan chassis are
two high quality unswitched outlets these can be used for power amplifiers or
other high current devices. The Titan has also been equipped with a Neutrik
out to support other specific IsoTek items.
System Integration
The Titan should be used with its supplied power cord. Should users wish to
change this for their own preferred brand the cable MUST be rated with a
minimum of 16Amps. We strongly recommend that a good quality mains cable
be used throughout your system. Look for a cable with good conductors, for
example oxygen free copper, this cable should also possess a high degree of
shielding from RFI
Key Features
9 stage direct coupled filter system for maximum filtering with minimum insertion loss
GII design featuring 'Polaris-X' technology
Full component from component isolation
Virtually unlimited power for high current devices
Plug in & play installation
Over current protection
Sophisticated electronic fuse to IsoTek specification
Earth leakage protection
Neutrik loop out connection for expansion devices
2 high quality unswitched outlets
9 stage direct coupled filter system for maximum filtering with minimum insertion loss
GII design featuring 'Polaris-X' technology
Full component from component isolation
Virtually unlimited power for high current devices
Plug in & play installation
Over current protection
Sophisticated electronic fuse to IsoTek specification
Earth leakage protection
Neutrik loop out connection for expansion devices
2 high quality unswitched outlets
