Kohler 20--2800 kW manual Generator Set with Lifting Bars in Skid

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DA four-point lifting method is necessary to lift the generator set. To maintain generator balance during lifting, the lifting apparatus must utilize the four skid lifting holes mentioned in the previous paragraph. One method of lifting standby generators uses an apparatus of hooks and cables joined at a single rigging point. See Figure 2-2. The use of spreader bars is necessary with this method to avoid damage to the set during the lifting procedure. The spreader bars should be slightly wider than the generator skid so the set is not damaged by lifting cables and only vertical force is applied to the skid while lifting. The generators may also be lifted by placing bars through the skid lifting holes and attaching hooks to the ends of the bars. See Figure 2-1. Be sure the bars are properly sized for the weight of the generator set. Precautions must be taken to prevent the lifting hooks from sliding off the ends of the bars. Spreader bars may be necessary with this arrangement if lifting cables are in contact with the set. A specially designed lifting fixture is often used to lift the larger standby generators. The fixture usually includes adjustable cables to adapt to different size generators and to compensate for unit imbalance. See Figure 2-3. In all cases, be sure the components of the lifting device (cables, chains, bars) are properly sized for the weight of the generator set.

 

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TP-5700-2

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Spreader bars may be necessary to protect generator set

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Lifting bars

Figure 2-1 Generator Set with Lifting Bars in Skid

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TP-5700-2

1. Spreader bars may be necessary to protect generator set

Figure 2-2 Generator Set with Lifting Hooks in Skid

 

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TP-5700-2

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Lifting fixture

Figure 2-3 Generator Set with Lifting Fixture

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Section 2 Load and Transport

TP-5700 7/93

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Contents 20-2800 kW ModelsProduct Identification Information California PropositionTable of Contents Table of Contents TP-5700 7/93 Battery Safety Precautions and InstructionsAccidental Starting Exhaust System Engine Backfire/Flash FireFuel System Hazardous Noise Hazardous Voltage/ Electrical ShockIV Safety Precautions and Instructions TP-5700 7/93 Hot Parts Heavy EquipmentMoving Parts VI Safety Precautions and Instructions TP-5700 7/93 Service Assistance IntroductionPage General Typical Stationary-Duty Generator Set Installation Load and Transport Lifting the Generator SetGenerator Set with Lifting Bars in Skid Weather Housing Transporting the Generator SetLoad and Transport TP-5700 7/93 Location WeightLocation Factors Mounting Mounting Surface DetailVibration Isolation Neoprene-Type Integral Vibration IsolatorsLocation TP-5700 7/93 Air Requirements GeneralAir-Cooled Generators Stationary Louvers for Air InletForced Air Standard Forced-Air Cooling SystemAir-VacCooling System Air-Vac Cooling SystemAir Vent Cooling System using an Air-Cooled Generator Set Air VentLiquid-Cooled Models Unit-Mounted Radiator CoolingRemote Radiator Cooling Air Control LouversCity Water Cooling Cooling Tower12 Cooling Tower System Block Heaters Recommended CoolantExhaust System Exhaust System, Side Inlet SilencerCondensation Trap Flexible SectionPiping Double-Sleeve Thimbles Double-Sleeved Thimbles and Rain CapExhaust System TP-5700 7/93 Fuel Systems Diesel Fuel SystemsMain Fuel Tank Fuel LinesTransfer Tanks Diesel Fuel System with Overhead Main Tank and Transfer TankAuxiliary Fuel Pumps Gasoline Fuel Systems Natural or LP Gas Fuel Systems Typical LP Gas Vapor-Withdrawal SystemNatural Gas and LP Gas System, Liquid Withdrawal Gas Piping Flexible ConnectorFuel Regulators LP Gas Fuel Characteristics Vapor Withdrawal SystemsLiquid Withdrawal Systems Dual Systems Natural and LP GasNatural Gas Combination Gas-GasolineElectrical Requirements BatteriesElectrical Connections Load Lead ConnectionsTerminal Connector Torque 124.3 1100 67.8 600Automatic Transfer Switches Audiovisual AlarmControl Connections Remote AnnunciatorWiring Remote Emergency Stop SwitchDry Contact Kit Generator Junction BOX Appendix a Abbreviations AnsiLCB Page 1993, 2001, 2003 by Kohler Co. All rights reserved

20--2800 kW specifications

The Kohler 20-2800 kW generator series is renowned for its exceptional performance and reliability, making it a prime choice for various industrial and commercial applications. Designed for continuous and backup power generation, these generators are capable of providing robust energy solutions for facilities that demand high capacity and efficiency.

One of the standout features of the Kohler 20-2800 kW series is its advanced technology integration. Kohler utilizes the latest in digital control systems, ensuring precise monitoring and management of generator functions. The generator's control panel provides real-time data on power output, fuel consumption, and operating conditions, allowing operators to make informed decisions quickly.

In terms of fuel efficiency, the Kohler generators are engineered to minimize operational costs while maximizing performance. The series includes options for both diesel and natural gas, offering flexibility depending on user requirements and availability. The efficient fuel consumption not only supports cost savings but also aligns with environmental standards, reducing emissions during operation.

Durability and reliability are key characteristics of this generator series. Kohler buildings are constructed using high-quality materials and components that withstand harsh environmental conditions. System redundancy features and robust cooling systems ensure that the generators can operate continuously without failure, making them ideal for critical power needs.

The Kohler 20-2800 kW series also includes noise-reducing technology, making them suitable for installations in noise-sensitive environments. With options for acoustic enclosures, these generators comply with local noise regulations while delivering powerful performance.

Safety features are integrated into the generator design, including automatic shutdown systems for over-speed, low oil pressure, and high water temperature, ensuring that the equipment operates safely during emergencies.

The modular design of the Kohler 20-2800 kW allows for easy installation and maintenance. Access points for service and diagnostics are strategically placed for convenience, reducing downtime and improving efficiency in upkeep.

Overall, the Kohler 20-2800 kW generator series stands out as a dependable powerhouse, combining advanced technology, fuel efficiency, durability, and safety features to meet the demands of various industries. Whether for data centers, manufacturing facilities, or large commercial buildings, Kohler's commitment to quality and innovation makes these generators an exemplary choice for reliable power generation.