Plumbing & Electric
Water Jets
Swimming pool deck jet-arcs of water or vertical lines of water
(adjustable up to 360°)
Start Up
Add chemicals for chlorine pools | salt for salt water pools | Diatomaceous earth for DE filters
Water Return Jets
These are the most basic and commonly used return jets. They are installed in the sidewalls of the pool and are usually adjustable to control the direction and flow of water.
Directional Return Jets
These return jets have a fixed direction and are designed to provide a powerful flow of water in a specific direction.
Water Features
Water feature related plumbing (plumbing installation and repair)
Plumbing Repair
Repair existing plumbing Leak detection and repair of pipes, valves, and other plumbing related issue including gas line pressure checks and new gas line installation
Eye ball Return Jets
Eye ball return jets feature an adjustable nozzle with a rotating eyeball design. This allows you to change the direction and flow of water by simply rotating the eyeball.
Multi-Port Return Jets
These jets have multiple ports or nozzles, allowing for the simultaneous discharge of water in different directions.
Outdoor Showers for Any Budget
Budget
Cost effective outdoor shower options
Luxury
Indulge Your Senses in a Luxury Spa Experience
Electrical Services
Lights | Inspections | Heaters | Remote Control | Cameras
Lights
Inspections
Heaters
Remote Control
Cameras
Pool Lights
Installation and repair of lighting systems for your swimming pool or spa – Incandescent, Halogen, LED
Safety Inspections
Safety inspection of swimming pool lights, bonding system, equipment, etc.
Solar Heaters
Installation and repair of solar water heating units
Remote Control
Remote control system for swimming pool and spa:
Pool Lights
Installation and repair of lighting systems for your swimming pool or spa – Incandescent, Halogen, LED
Safety Inspections
Safety inspection of swimming pool lights, bonding system, equipment, etc.
Solar Heaters
Installation and repair of solar water heating units
Remote Control
Remote control system for swimming pool and spa
Cameras
Swimming pool camera (full time and motion sensor activated)
GFCI
GFCIs (Ground Fault Circuit Interrupters)
Cameras
Swimming pool camera (full time and motion sensor activated)
GFCI
GFCIs (Ground Fault Circuit Interrupters)
Pool Start Up
The startup process for below-ground pools involves several key steps to ensure the pool is properly prepared and ready for use. Here’s a general description of the startup process for below-ground pools:
Pool Cleaning
Start by removing any debris, leaves, or dirt from the pool using a pool skimmer or net. Clearing the pool of any visible debris is important before proceeding further.
Water Filling
Fill the pool with water to the desired level. Ensure the water level is appropriate, typically midway up the skimmer opening or as specified by the pool manufacturer.
Water Balance
Test the water for pH, alkalinity, and sanitizer levels using a pool water testing kit. Adjust the water chemistry as needed to achieve the recommended balance. This involves adding chemicals such as pH increaser or decreaser, alkalinity increaser, and sanitizer (such as chlorine or bromine) according to the test results.
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Filtration System
Ensure the pool’s filtration system is properly installed and functional. This typically involves connecting the pump, filter, and any other related equipment according to the manufacturer’s instructions. Start the filtration system and allow it to run for several hours to circulate and filter the water.
Shock Treatment
Consider applying a shock treatment to the pool. Shocking helps eliminate any bacteria, algae, or other contaminants present in the water. Follow the instructions on the pool shock product and allow the water to circulate for the recommended period before proceeding.
Safety Measures
Install safety equipment such as pool fences, alarms, or covers as required by local regulations and for the safety of users, especially if children are present.
Regular Maintenance
Once the pool is up and running, establish a routine maintenance schedule. This typically includes monitoring and adjusting water chemistry, regular cleaning of the pool surfaces, skimming debris, and maintaining proper filtration.
It’s important to note that the specific steps and requirements for starting up a below-ground pool may vary depending on factors such as the type of pool, its size, the pool equipment used, and local regulations. It’s always recommended to consult the pool manufacturer’s instructions and guidelines or seek professional assistance for specific startup instructions tailored to your pool.
Daily Water Chemistry After 28 Days
Maintain the water chemistry using the Langelier Saturation Index (LSI) between 0.0 and +.03
Chemistry Details
Free Chlorine=1-3 ppm
Total Chlorine=1-3ppm
Sequestering Agent as per Manufacturer’s directions
Ph= 7.2-7.6
Calcium hardness= 200 to 400ppm
Cyanuric acid= 30-50ppm
TDS=300 to 1800ppm (Non-salt pools)
Salt Level=according to the manufacturer recommendations (Salt chlorination only)
Call or Text CPR Pools today
at 818-792-5020
Complete Pool and Spa Inspection
Shutoff
Before conducting any pressure checks, the gas supply to the system or the specific gas line being tested must be shut off. This can usually be done at the main gas valve or at the specific valve for the line being tested.
Visual Inspection
Visually inspect the gas line system for any signs of damage, leaks, or corrosion. Ensure that all connections are secure and in good condition. It’s important to wear appropriate safety gear such as gloves and eye protection during this inspection.
Prepare Equipment
Gas line pressure checks require specialized equipment, such as a pressure gauge or manometer, to measure the gas pressure accurately. Make sure the equipment is calibrated and functioning correctly.
Pressure Checks
Require specialized equipment, such as a pressure gauge or manometer, to measure the gas pressure accurately. Make sure the equipment is calibrated and functioning correctly.
Restore Gas Supply
If the gas line has a designated test port, ensure it is open to allow the pressure testing equipment to measure the gas pressure accurately.
Monitor Pressure
Once the gas supply is restored, monitor the pressure gauge or manometer reading. The pressure should stabilize within a certain range, depending on the specific requirements for the gas line or system being tested.
Analyze Results
Compare the measured pressure against the acceptable pressure range specified by gas codes, regulations, or manufacturer guidelines. If the pressure falls within the acceptable range, the gas line is operating correctly.
Disconnect & Restore
Once the pressure check is complete, turn off the gas supply again, disconnect the pressure testing equipment, and restore any fittings or components that were temporarily removed.
Shutoff
Before conducting any pressure checks, the gas supply to the system or the specific gas line being tested must be shut off. This can usually be done at the main gas valve or at the specific valve for the line being tested.
Visual Inspection
Visually inspect the gas line system for any signs of damage, leaks, or corrosion. Ensure that all connections are secure and in good condition. It’s important to wear appropriate safety gear such as gloves and eye protection during this inspection.
Prepare Equipment
Gas line pressure checks require specialized equipment, such as a pressure gauge or manometer, to measure the gas pressure accurately. Make sure the equipment is calibrated and functioning correctly.
Pressure Checks
Require specialized equipment, such as a pressure gauge or manometer, to measure the gas pressure accurately. Make sure the equipment is calibrated and functioning correctly.
Restore Gas Supply
If the gas line has a designated test port, ensure it is open to allow the pressure testing equipment to measure the gas pressure accurately.
Monitor Pressure
Once the gas supply is restored, monitor the pressure gauge or manometer reading. The pressure should stabilize within a certain range, depending on the specific requirements for the gas line or system being tested.
Analyze Results
Compare the measured pressure against the acceptable pressure range specified by gas codes, regulations, or manufacturer guidelines. If the pressure falls within the acceptable range, the gas line is operating correctly.
Disconnect & Restore
Once the pressure check is complete, turn off the gas supply again, disconnect the pressure testing equipment, and restore any fittings or components that were temporarily removed.
Safety and Electrial Inspections
Wiring & Connections
The inspector will examine the wiring and connections associated with the pool’s electrical system. This includes the wiring for pool equipment such as pumps, lights, and heaters.
Grounding & Bonding
The inspector will check if the pool and its associated electrical equipment are properly grounded and bonded. This involves verifying the presence of ground fault circuit interrupters (GFCIs) where required, grounding electrodes, bonding connections to metal components, and proper grounding of electrical equipment.
Prepare Equipment
Gas line pressure checks require specialized equipment, such as a pressure gauge or manometer, to measure the gas pressure accurately. Make sure the equipment is calibrated and functioning correctly.
Panels & Breakers
The electrical panels and breakers that supply power to the pool system will be inspected. The inspector will ensure that the panels are appropriately sized, properly labeled, and free from any signs of overheating or damage.
Light Fixtures
the pool has underwater or landscape lighting, the inspector will assess the fixtures for proper installation and safety. They will check for any damaged or improperly sealed fixtures that could allow water intrusion and potential electrical hazards.
Pool & Pump Motor
The pool pump and motor will be inspected for proper electrical connections, grounding, and bonding. The inspector will ensure that the pump and motor are properly installed and that all electrical components associated with them meet the necessary safety requirements.
Safety Equipment
n addition to electrical components, the inspector will assess the presence and functionality of pool safety equipment such as bonding grids, equipotential bonding systems, and pool bonding points. These safety measures help to prevent electrical shock hazards in and around the pool area.
Reporting
Upon completion of the inspection, the inspector will prepare a detailed report documenting the findings, observations, and recommendations. This report can serve as a reference for the pool owner or operator to address any identified issues and ensure ongoing electrical safety.
Wiring & Connections
The inspector will examine the wiring and connections associated with the pool’s electrical system. This includes the wiring for pool equipment such as pumps, lights, and heaters.
Grounding & Bonding
The inspector will check if the pool and its associated electrical equipment are properly grounded and bonded. This involves verifying the presence of ground fault circuit interrupters (GFCIs) where required, grounding electrodes, bonding connections to metal components, and proper grounding of electrical equipment.
Prepare Equipment
Gas line pressure checks require specialized equipment, such as a pressure gauge or manometer, to measure the gas pressure accurately. Make sure the equipment is calibrated and functioning correctly.
Panels & Breakers
The electrical panels and breakers that supply power to the pool system will be inspected. The inspector will ensure that the panels are appropriately sized, properly labeled, and free from any signs of overheating or damage.
Light Fixtures
the pool has underwater or landscape lighting, the inspector will assess the fixtures for proper installation and safety. They will check for any damaged or improperly sealed fixtures that could allow water intrusion and potential electrical hazards.
Pool & Pump Motor
The pool pump and motor will be inspected for proper electrical connections, grounding, and bonding. The inspector will ensure that the pump and motor are properly installed and that all electrical components associated with them meet the necessary safety requirements.
Safety Equipment
n addition to electrical components, the inspector will assess the presence and functionality of pool safety equipment such as bonding grids, equipotential bonding systems, and pool bonding points. These safety measures help to prevent electrical shock hazards in and around the pool area.
Reporting
Upon completion of the inspection, the inspector will prepare a detailed report documenting the findings, observations, and recommendations. This report can serve as a reference for the pool owner or operator to address any identified issues and ensure ongoing electrical safety.
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FAQs
What is the difference between the skimmer and the main drain?
The skimmer removes debris from the water’s surface, while the main drain circulates water from the pool’s bottom.
How often should I backwash my filter?
Typically, when the pressure gauge reads 8-10 psi above the starting pressure. However, always refer to the manufacturer’s instructions.
What type of pipe is best for pool plumbing?
PVC pipes are commonly used due to their durability and resistance to chemicals.
How do I know if my pool heater is working correctly?
The pool should reach the desired temperature set on the heater. If not, there might be issues with the heater or the thermostat.
Can I install pool electrical equipment on my own?
CPR Pools
C-53 Contractor License No. 1098868
14320 Ventura Blvd. #204
Sherman Oaks, CA 91423
Call Us at 818-792-5020
How To Contact Us
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