K&S KS 6100HDE, Руководство пользователя

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During generator operation:
- You may use the generator, if the voltage meter displays the value 230V+/- 10%
(50 Hz) and 400V+ / - 10% (50 Hz) for three-phase generator.
- Watch the voltage meter and in case of excessive indices values, stop the
generator operation.
- Connection to continuous voltage socket is used for accumulator recharge only.
Upon accumulator unit recharge, it is mandatory to verify the polarity correctness
( + to +, - to - ).
- Charging device wires have to be at first connected to the accumulator unit
and only then – to the generator itself. All “generator to network” connections
are to be carried out by a certified electrician. Any mistakes may result in serious
equipment damage.
- It is forbidden to use 12V voltage simultaneously with 230V (400V for three-
phase generators).
In order to stop the engine, perform the following actions:
1. Stop all power consuming devices connected to the generator, set the emergency
switch to OFF.
2. Let the generator run at no load for 3 minutes for alternator to be cooled.
3. In case of manual start – set the engine switch to OFF position.
4. In case of electric start, turn the key to OFF position.
5. For all types of diesel generators there is an emergency stop lever for the
engine. Use it in case of emergency only.
Commissioning
The first 20 hours of generator work please comply the following requirements:
1 During commissioning, do not connect the load which power exceeds 50% of the
nominal (working) generator power.
2. Change the oil after commissioning. Its better to drain it before the engine cools
down after work, in this case oil will drain faster.
Connecting devices
After starting the engine, make sure the voltmeter readings correspond to the
nominal (at 50 Hz 230V + - 5% for single-phase units and 400 + -% for three-
phase).
For three-phase diesel generator
Three-phase diesel generator load must be distributed on all three phases, and
the load on all phases must be balanced. The load on 1 phase should not exceed
1/3 of the total generator capacity. Maximum permissible imbalance is 20%.
Only 1 or 2 phase load leads to the generator breakage. The total load and total
current on all three phases should not exceed nominal load and current of the
generator.