Generac Power Systems 5412, 5411, 5413, 5415, 5414, 5410 manual Crankcase Breather, Description

Page 12

Section 2

Major Generator Components

NOTE: If, for any reason, sensing voltage to the regulator is lost, the regulator will shut down and excitation output to the Rotor will be lost. The AC output voltage will then drop to a value that is commensurate with Rotor residual magnetism (about 7-12 VAC). Without this automatic shut- down feature, loss of sensing (actual) voltage to the regulator would result in a “full field” or “full excitation” condition and an extremely high AC output voltage.

NOTE: Adjustment of the regulator’s “VOLTAGE ADJUST” potentiometer must be done only when the unit is running at its correct governed no-load speed. Speed is correct when the unit’s no-load AC output frequency is about 60.0-60.5 Hertz. At the stated frequency, AC output voltage should be about 124 volts.

Crankcase Breather

SCREEN

 

 

CRANKCASE

GASKET

BREATHER

OIL VAPOR

 

COLLECTOR

 

Figure 2-8. – Crankcase Breather

DESCRIPTION:

The crankcase breather is equipped with a reed valve to control and maintain a partial vacuum in the crank- case. The breather is vented to the airbox. The breath- er chamber contains a removable oil vapor collector. Oil vapor is condensed on the collector material and drains back into the crankcase, which minimizes the amount of oil vapor entering the breather.

Check Breather:

1.Disconnect breather tube and remove two screws and breather. Discard gasket.

2.Remove oil vapor collector and retainer.

3.Check collector for deterioration and replace if necessary.

Install Breather:

1. Install oil vapor collector and retainer.

Note: Push oil vapor collector and retainer in until it bottoms.

2.Install breather with new gasket (Figure 2-8). a. Torque screws to 5-8 ft-lbs.

3.Assemble breather tube to intake elbow.

Page 10

Page 11 Page 13
Image 12
Page 11 Page 13
Contents Diagnostic Repair Manual Safety Table of Contents Section Electrical Data 78-79 Magnetism Electromagnetic FieldsElectromagnetic Induction Simple AC Generator More Sophisticated AC GeneratorGenerator Operating Diagram Field Boost Generator AC Connection SystemConnection for 120 Volts Only Rotor Assembly Stator AssemblyBrush Holder Excitation Circuit ComponentsCrankcase Breather DescriptionControl Panel Component Identification Control Panel ComponentsCleaning the Generator Effects of Dirt and MoistureInsulation Resistance Testers Drying the GeneratorStator Insulation Resistance Testing Rotor Insulation Testing Stator InsulationTesting Rotor Insulation MegohmmeterMeters VOMMeasuring AC Voltage Measuring DC VoltageMeasuring Current Measuring ResistanceElectrical Units Ohm’s LawIntroduction Operational AnalysisCircuit Condition Cranking Circuit Condition Running Circuit Condition Shutdown Battery Recommended BatteryBattery Cables Printed Circuit BoardStart-Stop Switch Amp FuseStart-Stop Switch Starter Contactor Relay Starter MotorIf Problem Involves AC Output Problem 1 Voltage & Frequency Are Both High or LowTest Troubleshooting Flowcharts Proble 5 Priming Function Does Not Work Gasoline Models Problem 6 Engine Will Not Crank Test 26 Check Test 20 Check Check Fuel Wire 14 Power Good Troubleshooting Flowcharts Problem 8 Engine Starts Hard and Runs Rough Gasoline Units Problem 8 Engine Starts Hard and Runs Rough LP Units LOW OIL Pressure Flashes on SW1 LED Problem 10 7.5A F1 Fuse Blowing YESProcedure Test 1 Check No-Load Voltage FrequencyTest 2 Check Stepper Motor Control DiscussionSix Pin J2 Connector Wire Colors Test 4 Fixed Excitation Test/Rotor Amp DrawFixed Excitation Test, Step B Test 5 Check Field Boost Test 6 Test Stator DPE WindingTest 7 Check Sensing Leads / Power Windings Stator Excitation WindingStator Power Winding Leads Test 8 Check Brush LeadsTest 10 Check Rotor Assembly Test 9 Check Brushes & Slip RingsSchematic Test 11 Check Main Circuit BreakerTest 12 Check Load Voltage Frequency Test 13 Check Load Watts AmperageTest 14 Try Cranking the Engine Test 15 Check Fuel PumpTest 17 Check Battery & Cables Test 18 Check Power Supply to Printed Circuit BoardTest 16 Check 7.5 Amp Fuse Test 19 Check Continuity of Wire Test 20 Check Start-Stop SwitchTest 21 Check Power Supply to Wire Test 22 Check Starter Contactor RelayTest 23 Check Starter Contactor Test 24 Check Starter MotorChecking the Pinion PinionTools for Starter Performance Test Minimum rpm 4500 Maximum Amps Test 25 Check Fuel Supply To Carburetor GASTest 26 Check Wire 14 Power Supply 29. Fuel RegulatorTest 27 Check Wire Test 28 Check Fuel Solenoid Gasoline ModelsTest 29 Check Ignition Spark Tools RequiredTwo Ignition Testers Generac P/N 0C5969Test 31 Check and Adjust Ignition Magnetos Test 30 Check Spark Plugs37. Setting Ignition Magneto Armature Air Gap Test 32 Check Valve Adjustment Checking Flywheel MagnetFlywheel KEY Test 33 Check Carburetion Test 34 Check Choke SolenoidTo Control Solenoid PanelTest 36 Check Oil Pressure Switch Test 37 Check Wire 86 for Continuity Test 38 Test Oil Temperature SwitchTest 39 Check Wire 85 for Continuity Test 40 Test Choke HeaterTest 41 Check LPG Fuel Solenoid Section Exploded Views QTY Description Enclosure Drawing No G3881-C Enclosure Door Views Screw Plastite HI-LOW #10X3/8 Engine Accessories Drawing No G7718-B QTY Description 48,49 Square Head Plug Rotor & Stator Drawing No G3953-b NUT TOP Lock FL M8-1.25 Charts Generator Specifications Nominal Resistances of Generator Windings at 68fElectrical Data Electrical Data OG7515 REV. a

5410, 5414, 5415, 5413, 5411 specifications

Generac Power Systems has established itself as a leading manufacturer of backup power solutions, particularly known for its range of generators designed for both residential and commercial use. Among their noteworthy products are the Generac models 5412, 5411, 5413, 5415, and 5414. Each of these generators showcases innovative technologies and features that enhance reliability, efficiency, and ease of use.

The Generac 5412 is a versatile model equipped with a robust 10 kW output, making it suitable for powering essential home appliances during outages. It operates using a 1.0 L engine that runs on natural gas or propane, providing flexibility in fuel options. The Quiet-Test feature is a notable characteristic, as it allows for a self-test at a reduced volume, minimizing noise disruptions during routine checks.

Moving to the Generac 5411, this generator offers a higher output capacity of 13 kW. It integrates advanced load management technology, which ensures that power is allocated efficiently among connected devices. This model also features a Mobile Link remote monitoring system, enabling users to check generator status and performance from anywhere via a smartphone app.

The Generac 5413 is tailored for larger residential needs, delivering an impressive 16 kW output. It boasts a durable all-weather aluminum enclosure designed for longevity against the elements. The 5413's integrated wifi connectivity allows for real-time monitoring and alerts, ensuring that homeowners are always informed of their generator's operating status.

For those seeking a balance of power and efficiency, the Generac 5415 offers 20 kW of output while maintaining a compact design. This model is enriched with the patented G-Flex technology, allowing it to adjust engine speed based on the load requirements, thereby conserving fuel and reducing noise levels. Additionally, the 5415 comes with an intuitive user interface for effortless operation and programming.

Finally, the Generac 5414 rounds out the lineup with its strong 24 kW capability. This model is particularly known for its Smart Management modules, which facilitate the safe and efficient distribution of power. Its intuitive design also includes a user-friendly control panel for straightforward operation, ensuring that homeowners, regardless of technical expertise, can utilize the system effectively.

In summary, Generac Power Systems’ 5412, 5411, 5413, 5415, and 5414 generators exemplify advanced power technology, tailored for reliability and user convenience. Whether for essential home functions or more extensive power needs, these models provide effective solutions to ensure that homes remain powered during outages.
Top Page Image Contents