Sterling Power Products 30F to 65F Chiller Installation, Electrical Connections, From Process

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2

Chiller Installation

 

 

2-1 Electrical Connections

Check serial tag voltage and amperage requirements and make sure your electrical service conforms. See Figure 5 on page 13 for total running amps.

Bring properly sized power leads and ground from a fused disconnect (installed by your electrician) to the main power terminal in the chiller's electrical enclosure.

;Electrical connections must comply with all applicable electrical codes

;The chiller must be grounded in accordance with NEC Article 250

;Voltage must be within 10% of the chiller's nameplate rating.

2-2 Process Water Connections

;All external chilled water connections to the process must be of adequate size.

;See Figure 7 on page See 17 for sizing recommendations.

;The largest possible openings and passages should be provided for the flow of chilled water through platens, dies, molds or other pieces of equipment.

IMPORTANT!

Keep any pressure drop in external process piping to an absolute minimum for optimum unit operation.

To Process

Connect the TO PROCESS chilled water supply outlet to the process being cooled.

From Process

Connect the FROM PROCESS chilled water return inlet to the return from the process back into the chiller for cooling and recirculation.

;Sterling, Inc. recommends a strainer on the FROM PROCESS return line.

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SMC Series Chillers

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Contents SMC Series AIR Cooled Portable Water Chillers SMC Series Chillers Safety Considerations Table of Contents Optional Graphic Panel Charts and Figures Necessary Documents General InformationIntroduction Models CoveredAvailable Options Uncrating Your New ChillerIf the Shipment is Incorrect Event of Shipping DamagesIf the Shipment is Not Complete Returns SMC050 Process Pump Curves SMC Cast Iron Centrifugal Pump Curve 1/3 hp 0.249 kW SMC Series Chiller Specifications Process Water Connections Chiller InstallationElectrical Connections From ProcessProcess Water Bypass PCA Condenser Air SupplyWater Reservoir 30% Ethylene Glycol 20% Percent Volume 10% Ethylene Glycol CurveOverhead Process Considerations 1-inch 2.5 cm pipeRefrigeration Circuit Sequence of OperationChilled Water Circuit Remote Start/Stop Interlock High Pressure CutoutLow Pressure Cutout SMC Component Identification Piping Schematic 1 Pump with Reservoir Piping Schematic 1 Pump Without Reservoir Piping Schematic No Pump, No Reservoir SMC Pre-Startup Checklist PCA Startup ChecklistSMC Water Circuit Pressure Drop Table Model Gallons per minute Liters per minute ΔP psig ΔP kPaMicroprocessor Control Setting the Process Water TemperatureLED Indicators PV or Process Value Numeric LEDE5CK Display Key Temperature Controller KeysAT AT Key Down Key Auto-Tuning SMC Series ChillersFactory default settings are P = .3, I = 7, and D = Up KeyOptional Communications Standard Omron ProtocolOptional Graphic Panel Indicator LightsSwitches PC Series Lubrication Routine MaintenanceCondenser Maintenance Typical SMC Wiring Schematic SMC Wiring Schematic for Chillers with No Pump or Reservoir SMC Series Chillers Troubleshooting Guide Problem Cause SolutionProblem Cause Solution PCA Unit Parts List SMC Series Chillers SMC Series Chillers Technical Assistance Parts Department

30F to 65F specifications

Sterling Power Products has established itself as a leader in the design and manufacturing of high-quality power management solutions for various applications. One of their standout products is the range of battery chargers, specifically the 30F to 65F models, which are engineered to meet the diverse needs of users, from recreational boating to commercial marine applications.

The Sterling 30F to 65F battery chargers are known for their versatility, efficiency, and advanced technology. These chargers are designed to convert a wide input voltage range into a precise DC output voltage tailored for charging various types of batteries, including lead-acid and lithium-ion. This adaptability makes them suitable for a broad spectrum of applications, ensuring that users can maintain their battery systems effectively, regardless of the environment or battery type.

A key feature of the 30F to 65F models is their smart charge technology. This technology enables the charger to automatically adjust its charging profile based on the specific needs of the battery. This ensures optimum charging efficiency while prolonging the lifespan of the battery by preventing overcharging. The units also offer multi-stage charging processes, including bulk, absorption, and float stages. This multi-stage approach helps in delivering the right amount of charge at each phase, enhancing performance and reliability.

In addition to their smart charging capabilities, Sterling products integrate advanced thermal management systems. This feature allows the chargers to operate efficiently in high-temperature environments, sensing when to reduce output to protect both the charger and the batteries. The robust construction of these units includes marine-grade enclosures that provide durability and resistance to harsh environmental conditions, making them ideal for marine and automotive use.

Furthermore, users will appreciate the ease of installation and operation. The 30F to 65F models are designed with user-friendly interfaces and clear indicators for charging status, making them accessible to both seasoned professionals and casual users. With safety features such as reverse polarity protection and short-circuit prevention, these chargers offer peace of mind during operation.

Overall, the Sterling Power Products 30F to 65F battery chargers represent a reliable and sophisticated solution for maintaining battery health across various applications. Their combination of smart technology, durability, and ease of use solidifies Sterling’s reputation as a trusted provider in the power management industry. Whether for recreational or professional use, these chargers promise efficiency and reliability to meet the demands of modern battery systems.
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