Triniti is a new enabling innovation from Gardasoft that provides
control, operational performance data and full networking of LED lighting
for machine vision systems.
Communicating via an API, the Triniti chip is built into the light or
cable and automatically sends information about the drive profile and
the load of the light to the controller so that the user doesn't have
to enter any of the data.
This provides maximum efficiency in that the light is
driven properly and so eliminates the chance of errors.
When one variable is adjusted, the others automatically adapt
to produce the best performance for the light. To build this
facility in a simple user interface is a major innovation which eliminates
the need for the hand-coding that was necessary in traditional lighting
setups.
Easy to implement
Providing expert control and easy use via "plug-&-play"
technology, Gardasoft's Triniti controller chip makes complex
lighting-control techniques easy to implement even for
non-expert users. Consisting of three key components, the light
and controller communicate with each other through Gardasoft's LED light
controller technology and the Triniti chip.
Easy to use
The Triniti system makes machine vision techniques easier to use. One
example of this is the Triniti Vision Utility, which enables the user
to set up the timing for a whole machine vision system, with cameras and
strobe-mode lighting, all from one place (strobe-mode being very useful
for increasing the lifetime of lighting and providing increased light
output).
The Triniti chip has been adopted by several leading Machine Vision lighting
manufacturers, one of which is CCS
Lighting, and Gardsoft's TR Series LED Controllers are a core component
of a Triniti Intelligent Lighting system
Triniti provides:
• An API for major processing packages
• The means of identifying lighting and reading their operational
data via a Triniti chip mounted in either the light or the cable
• Lighting control via Gardasoft's LED lighting controller which
is incorporated into the heart of the Triniti system
Benefits |
Triniti-enabled LED lights, seamlessly integrated
into machine vision networks, are much easier to configure and deploy
while at the same time, provide diagnostic benefits and offering increased
functionality |
• Enables non-expert users to use
expert Machine Vision lighting techniques. By integrating camera and
lighting configuration control at the application level, the operation
of the system as a complete unit is more visible. |
• Revolutionizes integration of lighting
parameters right through to application level software |
• Addresses the growing demand for
‘plug & play’ functionality |
• Timing of the trigger source, camera
exposure time and lighting pulses are shown on-screen making both
development and diagnostics more easy |
• Provides a stability of brightness,
long-term, that helps to enhance the reliability of Machine Vision
systems, over many years |
• Exploits standard Machine Vision
networking and communication architectures such as GigE Vision and
GenICam, in order to ensure that the resulting solutions are fully
integrated |
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Key features |
• 1, 2 and 4
channel LED lighting controllers |
• Compatible with triniti
Intelligent Lighting platform |
• GigE Vision compliant |
• Pulsing
up to 20A |
• Continuous output to 3.0A |
• 30W maximum output per
channel |
• Pulse timing to 20µs |
• Ethernet and Push-button
interfaces (dependent on model) |
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Specifications |
TR-RC120 |
TR-RC122 |
TR-RC220-20 |
TR-RC420-20 |
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User interface |
Ethernet and
Push-button |
Ethernet |
Output channel |
One constant
current output |
Two independent constant
current outputs |
Four independent constant
current outputs |
Output current |
Up to 1.2A continuous
or 2.0A pulsed |
Up to 1.2A continuous
or 10.0A pulsed |
Up to 3.0A
per channel continuous or 20A pulsed |
Output power |
Max 25W |
Max 35W |
Max 40W per unit |
Max 50W per unit |
Trigger input |
1 Smart input
compatible with 3V-24V, TTL, NPN & PNP. Input impedance (nom):
8Kohm |
Two opto-isolated digital
inputs. Require 3V-24V operation |
Four opto-isolated digital
inputs. Require 3V-24V operation |
Pulse timing |
From 100ms
to 100ms in steps of 100µs |
From
20µs to 999ms in steps of 20/100µs |
Delay - trigger to pulse |
From 2ms to
100ms in steps of 100µs |
Timing repeatability - delay |
±5µs
(Delay + Pulse up to 60ms); Otherwise ±50µs |
Timing repeatability - pulse
width |
±0.1µs (Delay + Pulse up to 0.5ms)
±5µs (Delay + Pulse from >0.5ms to 60ms); Otherwise
±50µs |
Switch mode latency |
Maximum 100µs
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Maximum 120µs
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Trigger rate |
Maximum 100Hz |
Maximum 1\Khz
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Output voltage |
0V to 24V |
0V to 48V |
0V to 60V |
Communications interface |
GigE Vision
V2.0, GenICam, UDP/TCP, Third party protocols |
Supply voltage |
Regulated
24VDC±10%. A SELV power supply is required |
Regulated 24V to 48V. A SELV power
supply is required. |
Dimensions |
101mm long x 35mm wide
x 120mm high |
101mm long x 60mm wide
x 120mm high |
112mm long x 97mm wide
x 62mm high |
159mm long x 97mm wide
x 62mm high |
Weight |
175g |
340g |
300g |
400g |
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