Neomat A 89.028 NS rev1 - Rollo Rieper
Neomat A 89.028 NS rev1 - Rollo Rieper
Neomat A 89.028 NS rev1 - Rollo Rieper
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5) What to do if… a small troubleshooting guide!<br />
When the motor is switched on, the 2 beeps do not sound<br />
and the Step-by-Step input does not control any movement.<br />
Make sure the motor is powered with the correct voltage; if the power<br />
input is correct there is probably a serious fault and the motor<br />
needs replacing.<br />
After a radio command, 6 beeps are heard and the<br />
manoeuvre does not start.<br />
The radio control unit is unsynchronised, repeat the transmitter<br />
memorisation process.<br />
After a command, 10 Beeps sound and then the manoeuvre<br />
begins.<br />
The auto-diagnosis of the memorised parameters has detected an<br />
abnormality (incorrect positions, TTBUS address, wind and sun levels,<br />
direction of movement). Check and repeat programming if necessary.<br />
After a command the motor does not turn.<br />
• The thermal protection might have triggered; in this case just wait<br />
for the motor to cool down<br />
• If a wind sensor has been connected, the set threshold might<br />
have been exceeded<br />
• You might try to switch the motor off and back on again; if the 2<br />
beeps do not sound, there is probably a serious fault and the<br />
motor needs replacing<br />
During the UP phase, before reaching the set position<br />
(pos. “0”, pos. “I”), the motor stops and then makes 3<br />
attempts to start up again. This does not necessarily mean trouble:<br />
if the programming of positions “0” ”1” was carried out SEMI-<br />
AUTOMATICALLY: when excessive strain is revealed during the<br />
upward movement, the motor will switch off for approximately 1 second,<br />
after which the system will attempt to complete the manoeuvre.<br />
Check for any obstacles which may be obstructing movement.<br />
The motor will stop before reaching the set position (pos.<br />
“0”, pos “I”, pos. “1”) during descent and ascent.<br />
This does not necessarily mean trouble: in case of overload the<br />
motor is switched off. Check to see if any obstacles are obstructing<br />
movement.<br />
The motor turns only if the control is manned.<br />
If positions “0” and “1” have not been programmed the motor rolls<br />
the shutter up or down only through manual control. Program positions<br />
“0” and “1”.<br />
Positions “0” and “1” have been programmed, but the<br />
shutter moves down only if the control is manned.<br />
The auto-diagnosis of the memorised parameters has detected an<br />
abnormality in the motor position. Give the command to raise the<br />
shutter and wait for it to reach position “0”<br />
6) Technical characteristics<br />
NEOMAT A series tubular motors<br />
Supply voltage and frequency<br />
: See the technical data on the label attached to each model<br />
Current and power<br />
: See the technical data on the label attached to each model<br />
Torque and speed<br />
: See the technical data on the label attached to each model<br />
Continuous operating time<br />
: Maximum 4 minutes<br />
Work cycle : Maximum 20%<br />
Protection class : IP 44<br />
Operating temperature : -10 ÷ 70 °C<br />
Precision (resolution) of the electronic limit switch : Greater than 0.55° (depending on the NEOMAT A version)<br />
Electronic control unit<br />
Signal voltage (step-by-step, sensors)<br />
Wind sensor (anemometer) levels<br />
Length of signal cables (step-by-step, sensors)<br />
Radio receiver<br />
Frequency<br />
Coding<br />
Range of ERGO and PLANO transmitters<br />
: Approx. 24Vdc<br />
: approx. 30 or 15 or 45 Km/h (with VOLO anemometer)<br />
: max. 30m if near other cables, otherwise 100m<br />
: 433.92 MHz<br />
: 52 Bit rolling code FLOR<br />
: Estimated 200 m in the open and 35 m inside buildings.<br />
Nice S.p.a. reserves the right to modify its products at any time without notice<br />
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