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General| Brand | Carrier |
|---|---|
| Model | GT-G |
| Category | Heating System |
| Language | English |
Explains superior energy efficiency and cost savings of geothermal heat pumps.
Details enhanced comfort levels from consistent temperatures and humidity.
Highlights reduced CO2 emissions and use of natural earth energy for sustainability.
Discusses low life-cycle costs, ROI, and long equipment lifespan.
Describes pipe installation in trenches for horizontal loop systems.
Explains bore hole installation for vertical loop systems in limited space.
Details economical installation of loops submerged in bodies of water.
Covers open loop systems utilizing ground water for direct energy exchange.
Introduces the GT-PX split system's flexible configuration and market success.
Details the benefits of Puron® HFC 410A refrigerant, including efficiency and environmental impact.
Highlights superior comfort, precision temperature control, and quiet operation.
Lists key design elements like easy access, noise suppression, and durable construction.
Covers multiple capacities, extended operation range, and system flexibility.
Focuses on ease of maintenance with removable panels and accessible components.
Emphasizes rigorous manufacturing standards and quality assurance processes.
Explains design elements like dual isolation mounting and cabinet insulation for quiet operation.
Lists protective mechanisms such as high pressure cut-off and condensate overflow.
Mentions optional components like hot water generators and electronic thermostats.
Highlights lift-out panels and low profile control box for simplified maintenance.
Notes the benefit of a larger coil for efficient heat transfer and performance.
Covers multiple capacities, voltage options, and extended operation range.
Details high ratings, short loop capability, and efficient components.
Focuses on ease of access, quick connections, and reliable diagnostics.
Emphasizes robust manufacturing and quality control processes.
Lists available optional components like hot water generators and thermostats.
Highlights accessible panels and digital controls for simplified maintenance.
Introduces the outdoor unit's flexibility, ease of installation, and "hassle-free" geothermal.
Explains the shift towards simpler, more accessible geothermal technology for retrofits.
Details cost reduction, retrofit market expansion, and benefits over packaged units.
Illustrates the wiring and connection for GT-S with an air handler.
Shows the wiring and connection for GT-S with an add-on coil.
Covers multiple capacities, voltage, stackable design, and extended operation.
Details high ratings, short loop capability, and efficient components like scroll compressors.
Focuses on access, diagnostics, and quick connections.
Emphasizes rigorous manufacturing and quality control processes.
Highlights the durable, weather-resistant finish of the outdoor unit's cabinet.
Mentions the presence of digital controls for precise operation and diagnostics.
Presents performance ratings (EER, COP) in Imperial units for various conditions.
Provides performance ratings (EER, COP) in Metric units for various conditions.
Displays performance ratings (EER, COP) in Imperial units for GT-GS/GT-S models.
Shows performance ratings (EER, COP) in Metric units for GT-GS/GT-S models.
Explains the coding system for identifying GT-PX unit model configurations.
Details the model number breakdown for GT-GS units and their options.
Describes the coding system used for the GT-S outdoor units.
Defines key terms and presents formulas for calculating performance metrics.
Provides tables for adjusting performance based on specific operating conditions.
Tables showing how airflow variations impact GT-PX unit performance.
Data for adjusting GT-PX performance based on entering air temperatures.
Lists physical specifications such as compressor type, refrigerant charge, and weights.
Provides physical specifications including compressor type and connections for GT-GS units.
Details physical attributes like compressor type, connections, and weights for GT-S units.
Shows detailed measurements and connection port locations for GT-PX units.
Provides the physical dimensions (height, width, depth) of the GT-S outdoor unit.
Lists electrical specifications including RLA, LRA, FLA, and wire sizing for GT-PX.
Details electrical parameters like RLA, LRA, FLA, and wire gauge for GT-GS units.
Presents electrical data including compressor specs, FLA, and wire requirements for GT-S.
Illustrates typical low-voltage wiring for single-stage heat pump thermostats.
Depicts typical low-voltage wiring for two-stage heat pump thermostats.
Shows wiring connections for advanced Infinity/Evolution control systems.
Explains how to use test mode for diagnostics and checking control operation.
Details jumper settings for low-temp limits and alarm relay configuration.
Describes the function of DIP switches for performance, UPS, and DDC operation.
Outlines the meaning of LED indicators and associated alarm relay actions.
Lists safety features protecting components from operation outside design conditions.
Explains how the CXM LED indicates control status and fault memory.
Describes the sequence of delays and checks during initial unit power-up.
Table detailing unit responses to various thermostat signals for different series.
Comprehensive diagram showing all electrical connections and components for the GT-PX unit.
Illustrates the electrical layout and connections for the GT-GS split system.
Shows the complete electrical wiring and component layout for the GT-S outdoor unit.
Tables matching GT-PX compressor sections with appropriate air handler models for ARI ratings.
Lists specifications for matching GT-PX units with various brands of air handlers.
Provides selection data for R-22 air handlers to be matched with compatible systems.
Demonstrates how to select an air handler using performance tables and criteria.
Covers certifications, testing, warranty, and operating temperature range.
Describes the construction of the unit's cabinet, insulation, and access panels.
Details the refrigerant system, including compressor, TXV, heat exchanger, and desuperheater options.
Outlines the CXM control, wiring, transformer, and connection points.
Covers certifications, warranty, and operating temperature range for GT-GS units.
Describes the indoor cabinet construction, insulation, and service access.
Details the refrigerant system including compressor, TXV, heat exchanger, and service valves.
Outlines the CXM control, wiring, transformer, and connection points.
Details the CXM control, wiring, transformer, and connection points for GT-PX.
Describes water piping, fittings, and insulation requirements.
Details the CXM control, wiring, transformer, and connection points for GT-GS.
Covers water piping, fittings, and insulation for indoor installations.
Covers certifications, warranty, and operating temperature range for GT-S units.
Describes the outdoor cabinet construction, insulation, and service access.
Details the refrigerant system, including compressor, TXV, heat exchanger, and service valves.
Outlines the CXM control, wiring, transformer, and connection points.
Describes optional internal and remote hot water generator features for heat recovery.
Covers TXV kits, heat exchangers, thermostats, flow controllers, and hose kits.
Summarizes the standard and optional extended warranty coverage provided by Carrier.
