Pixsys ATR227 Series User Manual

14 - ATR227 - User manual
t
Load voltage
T
F
0
T
M
T
NF
t
T
F
0
T
M
T
NF
t
T
F
0
T
M
T
NF
50% power T
F
= T
NF
25% power T
NF
= 3 T
F
0
75% power T
F
= 3 T
NF
At 50% power, the modulation time is 40ms:
• 1ring cycle (20ms at 50Hz)
• 1ring cycle (20ms at 50Hz)
For a setpoint less than 50% :
• The ring time remains constant (1 cycle)
• The non-ring and modulation time
increases
For a setpoint greater than 50%:
• The non-ring time remains constant (1
cycle)
• The ring and modulation time increases.
A . b t . F. Advanced Burst re control
In order to minimise power uctuation during the modulation period, the “advanced
Burst re” SSR output ring mode uses:
· A complete number of cycles for ring
· A complete number of half-cycles for non-ring
Load
voltage
t
T
F
T
M
T
NF
t
T
F
0
T
M
T
NF
0
Standard Single-Cycle (1 cycle Burst-firing)
Advanced Single-cycle
Load
voltage
For a percentage less than 66%, SSR output
ring takes place as in the “Burst re” mode
(see bSt.F. )
For a setpoint greater than 66% in “Advanced
Burst re” mode:
· The non-ring time is constant at one
half-cycle
· Firing takes place over whole cycles.
In a ‘short-wave infrared’ application,
‘advanced Burst re’ ring mode reduces the
brightness of the infrared elements and thus
minimises annoying visual ickering.
In a short-wave infrared application, “advanced Burst re” ring mode reduces the
brightness of the infrared elements and thus minimises annoying visual ickering.
PHs .A. Phase angle control
If this mode is active, the regulation is done through the phase choking
25% Power
50% Power
75% Power
100% Power
Using a no zero-crossing SSR, the ATR227
synchronizes with the power supply volage
(necessarily AC) and determines when
to activate the output to create the right
choking.

Pixsys ATR227 Series Specifications

General

Brand	Pixsys
Model	ATR227 Series
Category	Controller
Language	English