Primian-2 SmartStart Modules with optional
AutoTest AT4 including DALI and Potential Free
| Reduced module height: 30mm |
| SmartStart with cathode heating for 30
seconds (lamp strikes immediately) |
| SmartStart improves operation from low power
batteries |
| SMPS runs cooler than wire wound transformers |
| Selectable 3 hour or 1 hour duration |
| Use with 4 Ah or 1.5 Ah cells |
| Use with NiCd or NiMH cells |
| Maintained 5 pole ballast switching |
| Small size enables simple installation |
| CE marked - 3 year warranty |
| Optimisation link for wide range of lamps |
| Optional AutoTest AT4, (Description)
including DALI and Potential Free |
Primian-2 SmartStart Modules
The Mackwell SmartStart feature is built
into the Primian-2 range of emergency lighting modules, and provides
improved starting from low power batteries, immediate lamp strike
with cathode heating for 30
seconds to minimise lamp damage, and cooler module operation.
Primian-2 modules operate a wide range of 4 pin
fluorescent lamps and each module is fitted with a lamp
optimisation link to ensure the best output and duration across the
lamp range. The 5th pole ensures satisfactory re-starting of
"cut-off" ballasts after emergency lighting test or
function. The Primian-2 modules are also fitted with a link to
select 3 hour or 1 hour duration, with appropriate batteries. (Not
including AutoTest, which are supplied for 1 hour or 3 hour
duration)
Primian-2 SmartStart 5 pole modules are as follows:
| S2C: |
2 cell module for lamps of 4 to 8 watts |
| S3C: |
3 cell module for selected lamps up to 36 watts |
| S4C: |
4 cell module for selected lamps up to 36 watts,
(excluding amalgam) |
| S5C: |
5 cell module for selected lamps up to 38 watts,
(excluding amalgam) |
| Please refer to our selection
chart or web site for detailed applications and BLFs. |
| Primian-2 SmartStart modules are
supplied in a plastic "A" can (Ap). Dimensions
shown below. |
All versions are fitted with five pole relays to switch all four
lamp connections from ballast to inverter, and to switch off the power to the
ballast during emergency lighting test. The modules can therefore be safely
connected into a circuit containing an electronic HF ballast, and will provide
total isolation to the control gear; especially useful in satisfying EMC test
requirements.
Switch Mode Power Supply:
Mackwell Switch Mode Power Supplies are designed to comply
with the relevant parts BS EN 61558.
Leads supplied with indicator
1 x 0.6mm High temperature LSF, orange and pink.
Various lead lengths available upon request.
Indicator
The LED indicator is illuminated when a charge is flowing to the
cells. Flexible orange and pink leads connect the indicator to
the module. The indicator requires an
8mm hole. The indicator supplied with AT4 modules are bi-coloured
red and green, with red and green wires.
Voltage Sensing Circuit
The AC power supply is sensed so that switching occurs at between
60% and 85% of the nominal mains as required by BS EN
60598-2-22.
Deep Discharge Protection
All Modules are fitted with deep discharge protection (DDP) as
standard.
During installation it is common for the mains to be connected
and then disconnected several times: the DDP will prevent any damage to the
cells under these circumstances.
Connections
Connections are made to the modules by push wire terminals with
push-to-release points, which will accept 0.5mm2 to 1.5 mm2 solid or stranded
conductors, using the push-to-release points to insert stranded conductors.
Battery conductors may be shortened at the module end, taking care to observe
polarity, as REVERSING POLARITY WILL CAUSE DAMAGE.
Specifications
| Mains Input: |
Standard 230V ± 10% AC 50/60 Hz |
| Mains current |
80 mA Max. |
| Charge Current: |
For 3 hour application: 200 mA, (Duration link in) (Min /
Max 190 / 210 mA) |
|
For 1 hour application: 90 mA, (Duration link out) (Min /
Max 80 / 100mA) |
| Discharge Current |
1.10 A nominal. |
| Temperature Range: |
0 - 50°C ambient, maximum case temperature 70°C. |
| Dimensions: |
L150 x W44 x H30 mm |
| Fixing Centres |
140mm |
Do not insulation test these
products.
Page Ref: WP0075 Issue 02, May 2009