BPD120S3 120KVA 380V Diesel Generator
SKU: BPD120S3
- Maximum 132kVA Standby, 380V, 1500 RPM
- 250 litre tank : 14 Hours runtime @ 75% load
- Built-in AVR delivers non fluctuating power
- 24v Electric Starter
- 4 Cylinder, Water cooled Powerful Diesel Engine
- Three Phase Output
- 120kVA Prime Silent Diesel Generator
Prime power (PRP) 120 kVA Standby power (LTP) 132 kVA Power factor 0.8 φ Frequency 50 Hz Voltage 380 V Engine brand SDEC Engine model 4HTAA4.3-G22 Engine Type 4 Cylinder, Water cooled Prime Power (kW) 120 Standby Power (kW) 132 Air intake type Turbo & Aftercooler Cooling mode Water cooled Governor mode Electronic Bore x Stroke(mm) 105 x 124 Rated speed(rpm) 1500 Displacement(L) 4.3 Starter Motor 24v Description Diesel Generator Generator Controller Datakom D300 Structure Type Silent Noise Level (dBA @ 7m) 72 AVR Constant voltage AVR Excitation Mode Self Excitation Fuel Type Diesel Recommended Oil L-ECD grade or 15W40 ISO9001 Certified Yes CE Certified Yes Alternator Brand Dingol or Equivalent Alternator Model DPC274E Rated Current (A) 210 Amps Per Phase Pole Number 4 Phase Number Three Phase Length 2700 mm Width 1100 mm Height 1600 mm Weight 1582 kgs Tank Capacity 250 l Cons. @ 50% Load 11.8 l/h Cons. @ 75% Load 17.7 l/h Cons. @ 100% Load 23.5 l/h Model ATS-BPD-250-3 Poles 4 Phases 3-Ph Rated Current 250A Brand Varta Model 6-QW-60(580)-L Voltage 12V Quantity 2 Capacity 60Ah Dimensions 246*174*190 mm Type Maintenance Free Pre-Delivery Testing
Filled with oil and coolant, tested under full load.YES Pre-Delivery Inspection (PDI)
Full inspection of the generatorYES User Manuals Books supplied & Digital (Online) 24 Hour Telephonic Support YES Type 4 Cylinder, Water cooled Air intake type Turbo & Aftercooler Cooling mode Water cooled Governor mode Electronic Bore x Stroke(mm) 105 x 124 Rated speed(rpm) 1500 Displacement(L) 4.3 Starter Motor 24v Rated power(without fan)(kW) 120 Standby power(without fan)(kW) 132 Fuel consumption(g/kWh) 23.5 Litres/h Brand DCP Model DPC274E Prime Capacity (kVA) 140 kVA Power (kW) 112 kW Phases Three Phase Hertz (Hz) 50 Hz RPM 1500 Volts 400 V Power Factor 0.8 Winding No 11 Efficiency (%) 91.7 % Power Input (kW) 122.1 kW Pole Number 4 Wire Material Copper Excitation Self-Excitation Brushes Brushless Auto Voltage Regulator Yes Cooling Air Cooling Current (Ie) 250 A Poles 4 Phases 3-Ph Brand Aisikai Switch Model No SKT1-250A/4P/M1 Interlock Mechanism(s) Mechanical & Electrical Switch Positions Mains / Open / Standby Operation Modes Auto & Manual Current (Ie) 250 A Insulation Voltage (Ui) 750V Impulse Voltage (Uimp) 8KV Switch Copper (Ue) AC440V Conditional Short-circuit Current 13KA Working Voltage AC220V Length 600 mm Depth 330 mm Height 500 mm Weight 28 kg 7.12.2 Requirements for alternative sources of supply
- 7.12.2.1 Where any form of alternative supply (emergency supply, UPS etc.), is connected to an electrical installation, a notice to this effect shall be displayed at the main switch of the installation, and where such supply
a) supplies power only to certain circuits in a distribution board, a power-on indicator (visible or audible) shall be provided on each such distribution board as well as a notice indicating that the standby power main switch shall also be switched off in an emergency,
b) only supplies a part of the electrical installation, the notice shall also be displayed on each distribution board in that part of the installation (see 6.6.1.1(d)).
- 7.12.2.2 The means of excitation and commutation shall be appropriate for the intended use of the generating set and the safety and proper functioning of other sources of supply shall not be impaired by the generating plant.
- 7.12.2.3 The prospective short-circuit current and prospective earth fault current shall be assessed for each source of supply or combination of sources, which can operate independently of other sources or combinations. The short-circuit rating of protective devices within the installation and, where appropriate, connected to the main supply, shall not be exceeded for any of the intended methods of operation of the sources.
- 7.12.2.4 Where the alternative supply is intended to provide a supply to an installation that is not connected to the main supply, or to provide a supply as a switched alternative to the main supply, the capacity and operating characteristics of the alternative supply shall be such that danger or damage to equipment does not arise after the connection or disconnection of any intended load as a result of the deviation of the voltage or frequency from the standard range. Means shall be provided to automatically disconnect such parts of the installation, as may be necessary if the capacity of the alternative supply is exceeded.
- 7.12.2.5 Where an alternative supply is provided to an installation or part of an installation as a switched alternative to the main supply, the change-over switching device shall disconnect the main supply before the alternative supply is switched in. The change-over switching device shall be interlocked in such a way that the main supply and the alternative supply cannot be connected to the installation or part of the installation at the same time.
- 7.12.2.6 Except where otherwise permitted in this part of SANS 10142, where a socket-outlet is installed in a circuit on standby power, such circuit shall be protected by an earth leakage protection device with a rated earth leakage tripping current (rated residual current) I∆n not exceeding 30 mA.
- 7.12.2.7 A 230 V generator with a V-O-V earth connection (centre tap on winding which is earthed), shall not be connected to a fixed electrical installation.
- 7.12.2.1 Where any form of alternative supply (emergency supply, UPS etc.), is connected to an electrical installation, a notice to this effect shall be displayed at the main switch of the installation, and where such supply
ALL ratings are approximate and at SEA LEVEL. Engines need to be de-rated for altitude. A rough guide to de-rate performance is 1% for every 100m above sea level. I.e: A 20kVA at sea level is an 18kVA at 1000m above sea level (10% less) etc.
The generator will not be able to take the full load instantaneously. The load should be added to the generator gradually. 50% initially and then stepped up over time once engine is up to temperature.