NOVAR 1106 / 1114 / 1206 / 1214 NOVAR 1xxx / S400 NOVAR ...
NOVAR 1106 / 1114 / 1206 / 1214 NOVAR 1xxx / S400 NOVAR ...
NOVAR 1106 / 1114 / 1206 / 1214 NOVAR 1xxx / S400 NOVAR ...
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<strong>NOVAR</strong> <strong>1xxx</strong> EPM Elektropřístroj s. r. o.<br />
Besides the power factor capacitors, it is possible to connect power factor chokes (power system<br />
decompensation). Any output can be set as fixed, the two highest outputs can also be used to connect<br />
the cooling or heating circuits.<br />
The controllers come in two basic designs with different numbers of outputs: <strong>NOVAR</strong><strong>1106</strong>/<strong>1206</strong> with<br />
six output relays and <strong>NOVAR</strong><strong>1114</strong>/<strong>1214</strong> with fourteen output relays. The <strong>NOVAR</strong>12xx controllers<br />
have, as opposed to the 11xx line, an additional voltage measurement input and a second metering<br />
rate input.<br />
Both types of controller have an Alarm relay output that can be set to indicate non-standard<br />
conditions, such as undercurrent, overcurrent, measurement voltage failure, overvoltage, harmonic<br />
distortion preset threshold exceeded, overcompensation or undercompensation, section limit<br />
connection rate exceeded, section outage, backfeed condition (power export) or overheating.<br />
All types of the controller can be ordered in a version featuring an optional galvanic-insulated RS-232<br />
or RS-485 communication interface. All values measured can be then monitored and the controller’s<br />
parameters set using a remote computer.<br />
1.3 <strong>NOVAR</strong> Controller Version “/<strong>S400</strong>”<br />
Controllers of version ―/<strong>S400</strong>‖ ( model marking example : <strong>NOVAR</strong>-<strong>1114</strong>/<strong>S400</strong>) diifer from standard<br />
version of the <strong>NOVAR</strong>-<strong>1106</strong> / <strong>NOVAR</strong>-<strong>1114</strong> / <strong>NOVAR</strong>-<strong>1206</strong> / <strong>NOVAR</strong>-<strong>1214</strong> models in following<br />
aspects :<br />
<br />
<br />
increased maximum power supply voltage up to 500 V, both AC and DC<br />
relays’ common contacts insulated, connected to additional terminals<br />
The ―/<strong>S400</strong>‖-version instruments can be used at insulated networks (without neutral wire). The other<br />
features are identical to those of standard version.<br />
1.4 <strong>NOVAR</strong>1005 / 1007<br />
These models are simplified versions of the <strong>NOVAR</strong><strong>1106</strong> / <strong>1114</strong> models. They are built in smaller box<br />
and designed for less demanding applications. <strong>NOVAR</strong>1005 features 6 output relays, <strong>NOVAR</strong>1007<br />
features 8 output relays.<br />
1.41.5 <strong>NOVAR</strong>1312<br />
<strong>NOVAR</strong>1312 is designed to provide rapid compensation using thyristor switches. It differs from<br />
<strong>NOVAR</strong><strong>1214</strong> in the two following principal aspects:<br />
<br />
<br />
outputs 1 through 12 are transistor-driven<br />
control speed for these outputs can be set up to 25 interventions a second<br />
<strong>NOVAR</strong>1312 specific features are described in a separate chapter. The other features are identical to<br />
those of <strong>NOVAR</strong><strong>1214</strong>.<br />
1.51.6 History of Firmware Versions<br />
version date of release note<br />
1.0 3/2006 - basic version<br />
1.1 4/2007 - 2nd metering rate functionality bug fix<br />
- linear switching mode added to parameter 21<br />
1.2 9/2007 - external alarm (No. 14) function added<br />
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