Acuity Controls MSD PDT 7 Instructieblad - Pagina 2
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MSD (PDT) 7 INSTRUCTION SHEET
PROGRAMMING INSTRUCTIONS
PLEASE READ ALL 3 STEPS BEFORE PROGRAMMING
1. Enter a programming function by pressing button the number of times as the desired function number
from the tables below (e.g., press twice for function 2, occupancy time delay).
2. LED will flash back the selected function's current setting (e.g., 4 flashes for 7.5 minute time delay).
To change setting, proceed to step 3 before flash back sequence repeats 3 times. To exit the current
function or to change to a different function, wait for sequence to repeat 3 times then return to step 1.
3. Press button the number of times indicated in the particular function's detailed table for the NEW
desired setting (e.g., press 3 times for 5 min). As confirmation of setting change, LED flashes back the
NEW setting 3 times before exiting.
PROGRAMMING FUNCTIONS
2
Occupancy Time Delay
3
Dim to Off Time Delay
4
Test Mode & 100 hr Burn-In
4
Auto Set-Point
5
Ten's Digit of Set-Point
6
One's Digit of Set-Point
7
Sunlight Discount Factor
8
Incremental Set-Point Adjust.
10
Minimum On Time
11
Photocell Mode
12
Dual Tech. (Microphonics
™
)
15
Dimming Range (High Trim)
16
Dimming Range (Low Trim)
21
Photocell Transition Off Time
22
Photocell Transition On Time
DETAILED FUNCTION TABLES
2 Occupancy Time Delay
The length of time an occupancy sensor will keep the lights on and at full bright after it last detects
occupancy (assuming minimum on time has been met)
1 30 sec
4 7.5 min*
2 2.5 min
5 10.0 min
3 5.0 min
6 12.5 min
3 Dim to Off Time Delay
An extended length of time after the occupancy time delay has expired that a sensor will first reduce
lighting to the low dimming range setting before turning completely off
1 30 sec
4 7.5 min
2 2.5 min**
5 10.0 min
3 5.0 min
6 12.5 min
4 Test Mode & 100 hr Burn-In/ Auto Set-Point
Test Mode
Disables Minimum On Time, sets Occupancy Time Delay to 30 sec, and shortens all photocell
transition and dimming rates. Mode will expire after 10 min or if function 4 is set back to Normal.
100 Hour Burn-In
Overrides relay on and/or dimming output to full bright (typically for lamp seasoning)
Auto Set-Point
Photocell calibration procedure for detecting optimum lighting control level
1 Normal*
2 Run 100 hr Burn-In
3 Run 100 hr then Auto-Setpoint
1
The LED will blink back the ten's digit, then pause, then blink back the one's digit. For a "0" the LED will blink very rapidly.
The sequence is repeated 3 times.
2
Test Mode will disable Minimum On Time, set Occupancy Time Delay to 30 sec, and shorten all photocell transitions and
dimming rates. Mode will expire after 10 min or if function 4 is set back to Normal.
5 Ten's Digit of Set-Point
The ten's digit of the target light level that is to be maintained by the device (in foot-candles)
1 10 fc
4 40 fc
2 20 fc
5 50 fc
3 30 fc
6 100 fc
6 One's Digit of Set-Point
The one's digit of the target light level that is to be maintained by the device (in foot-candles)
1 1 fc
4 4 fc
2 2 fc
5 5 fc*
3 3 fc
6 4 fc
www.acuitycontrols.com
800-535-2465
STD. UNIT
ADC
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7
15.0 min
8 17.5 min
9 20.0 min
7
15.0 min
10
0 sec
8 17.5 min
11 Infinite*
9
20.0 min
4
Run Auto Set-Point
5 Blink back Set-Point
1
6 Test Mode
2
7
200 fc
8 Disable
10
0 fc*
7
7 fc
10
0 fc
8
8 fc
9
9 fc
DETAILED FUNCTION TABLES (CONT.)
7 Sunlight Discount Factor
Value used to improve the tracking accuracy of a photocell during periods of high daylight.
Decreasing the value will lower the controlled level of the lights
1 x/1
4 x/4*
2 x/2
5 x/5
3 x/3
6 x/6
8 Incremental Set-Point Adjustment
Alters the target light level that is to be maintained by the device (in foot-candles)
1 Decrease 1 fc
10 Minimum On Time
The length of time required for lamps to be on in order to prevent all short cycling that shortens lamp
life. If occupancy time delay expires prior to minimum on time being satisfied, the lamps will remain
on until time has been met.
1 0 min*
3 30 min
2 15 min
4 45 min
11 Photocell Mode
Indicates a photocell sensor's method of operation. One mode enables the sensor to turn the lights
both on and off, while the other mode can only inhibit the lights from turning on. For dimming
sensors, this mode determines whether lighting will switch completely off or stop at the full dim level.
1 Normal**
12 Dual Technology (Microphonics
A second method of occupancy detection that allows the sensor to hear occupants
1 Normal*
2 Off
3
Applicable for -PDT units only.
15 Dimming Range (High Trim)
The maximum output level (0-10 VDC) of a sensor with a dimming output
1 Off / 0 Volt
5 3 Volts
2 1 Volt
6 4 Volts
3 1.5 Volts
7 5 Volts
4 2 Volts
8 6 Volts
16 Dimming Range (Low Trim)
The minimum output level (0-10 VDC) of a sensor with a dimming output
1 Off / 0 Volt
5 3 Volts
2 1 Volt*
6 4 Volts
3 1.5 Volts**
7 5 Volts
4 2 Volts
8 6 Volts
21 Photocell Transition Off Time
The time period after the photocell measures a light level above the set-point (plus the deadband)
that it will turn lights off (or dim them to min level)
1 45 sec
3 5 min
2 2 min
4 10 min*
21 Photocell Transition On Time
The time period after the photocell measures a light level below the set-point that it will turn lights on
1 45 sec*
3 5 min
2 2 min
4 10 min
911-00043-026
7
x/7
10
8
x/8
9
x/9
4
Increase 1 fc
5
60 min
4
Dim Only (No Off)*
™
)
3
3
Medium
9
13
7 Volts
10 8 Volts
11 9 Volts
12 9.1 Volts**
9
7 Volts
13
10 8 Volts
11 9 Volts
12 9.1 Volts
5
15 min
6 20 min
5
15 min
6 20 min
*
Default Setting
** Special Default Setting for -EZ Units
PAGE 2
x/10
4
Low
10 Volts*
10 Volts
7
25 min
7
25 min
SSI_2626