Nice Solemyo SYKCE Addendum To The Manual

• Products compatible with SYKCE:
CAUTION! – Efficient use of the SYKCE kit can only be guaranteed in combination with the products listed below. Use with prod-
ucts not specifically envisaged herein, even if technically feasible, is not recommended due to the low number of daily cycles obtain-
able. The list of products is based on the date of printing as stated in this addendum; check for any updates on the web site
"www.niceforyou.com".
- MC824H: with motors TO4024, TO5024, TO7024, MB4024, MB5024, ME3024, HY7024 -Robus: RB600/B, RB600P/B,
RB1000/B, RB1000P/B (the "/A" versions are compatible but with lower performance) - Soon: SO2000/A - Spin:
SPIN23KCE - Pop: POPKCE/A - Ten: TN2010/A, TN2010/A + TN2020 - Wingo + MC424: WINGO2024KCE, WINGO3524KCE
- X-BAR: X-BAR
• To calculate the maximum number of cycles daily performed by the automation:
01. In graphs A, B or C (chapter 3 – instruction manual), read the "Base coefficient (Cb)" for the required period of the year. If the
automation is used all year though, trace the lowest "Cb" value in the graphics.
02. Depending on the type of automation installed and the programmed standby level, refer to Table 1 to read value "B": add this
value to the value "B" of any accessories installed.
03. Subtract "B" from "Cb" to obtain the value "Y" (Y = Cb – B). ATTENTION! – If the result of "Y" is a negative value (lower than
0), it means that the automation consumes more energy than that available even if it does not perform manoeuvres. In this
case, it is possible to use 2 (or more) solar cell panels connected in parallel (using diodes) to multiply the "Cb" value of the peri-
od by 2 (or more).
04. Depending on the type of automation installed and weight of the gate leaf, refer to Table 1 to read value "K": add this value to
the value "K" of any accessories installed.
05. Read value "s": s = duration of a complete cycle (Opening + Closing) of the specific automation, measured in seconds.
06. Multiply "K" by "s" to obtain the value "Ks" (Ks = K x s).
07. On the graph of fig. 1, trace the curve corresponding to the value "Ks" calculated above. Trace intermediate curves for any
intermediate values.
08. Starting from the value "Y" calculated above, trace a vertical line that intersects the curve of the value "Ks"
09. From the point found, trace a horizontal line that intersects the line of the values of cycles/day. The result is the maximum
number of cycles daily performed by the automation.
Our example (see fig.1): Automation installed: RB1000/B; Required period of the year: Cb = 6; Type of standby: safeties
B = 0,9 + accessory (1 MOFB photocell) B = 0,7. Total B = 1,6; Y: (Y = Cb – B) 6 – 1,6 = 4,4; K (lightweight leaf ) = 4 + acces-
sory (1 Lucy B flashing light) K = 1. Total K = 5; Ks: "s" lasts 40 seconds (Ks = K x s) 5 x 40 = 200; Maximum possible num-
ber of cycles per day = 45.
Standby level
Product none safeties
MC824H B = 1,2 B = 1
Robus RB600/B B = 1 B = 0,9
Robus RB1000/B B = 1 B = 0,9
Soon SO2000/A B = 2,5 B = 2
Spin SPIN23KCE B = 0,7 B = 0,6
Pop POPKCE/A B = 0,7 -
Ten TN2010/A B = 2,5 B = 2
Ten TN2010/A + TN2010 B = 2,5 B = 2
WINGO...24KCE B = 0,7 -
X-BAR B = 2,5 B = 2
Accessories**
SMXI / OXI B = 0,7 B = 0,7
MOF / MOFB B = 1,4 B = 0,7
MOMB B = 3,2 B = 3,2
MOTB B = 2 B = 2
Lucy B B = 0 B = 0
Oview / A B = 0,5 B = 0,5
OVBTGSM B = 0,4 B = 0,4
(*) Function can only be enabled with Oview programmer
(**) Consumption levels connected with the presence of devices on the SCA output have not been taken into consideration.
ENGLISH
TABLE 1
Leaf type/imbalance
bluebus* all* light medium
B = 0,8 B = 0 K = 2
B = 0,7 B = 0,1 K = 3
B = 0,7 B = 0,1 K = 4
B = 0,8 B = 0,3 K = 5
B = 0,5 B = 0 K = 2
- B = 0,1 K = 2
B = 0,8 B = 0,3 K = 3
B = 0,8 B = 0,3 K = 5
- B = 0,1 K = 2
B = 0,8 B = 0,3 K = 3
B = 0,7 B = 0,7 K = 0
B = 0 B = 0 K = 0
B = 0 B = 0 K = 0
B = 0 B = 0 K = 0
B = 0 B = 0 K = 1
B = 0,5 B = 0 K = 0
B = 0,4 B = 0 K = 0
Solemyo
1
heavy
K = 4 K = 6
K = 5 K = 7
K = 7 K = 10
K = 8 K = 12
K = 4 K = 6
K = 4 K = 6
K = 4 K = 5
K = 7 K = 9
K = 4 K = 6
K = 4 K = 5
K = 0 K = 0
K = 0 K = 0
K = 0 K = 0
K = 0 K = 0
K = 1 K = 1
K = 0 K = 0
K = 0 K = 0
Solar power kit
EN - Addendum
to the manual
Addendum
IT -
al manuale
FR - Addendum
au manuel
ES - Addendum
DE - Nachtrag
zur Anleitung
PL - Załącznik
do instrukcji
NL - Addendum
bij de handleiding
Y
IST259.4862
Rev. 02
SYKCE
04 - 02 - 2009
al manual
Ks = 25
Ks = 40
Ks = 70
Ks = 100
Ks = 200
Ks = 500
Ks = 800