Kirklees Council’s Post

How to Maintain a central air conditioning system?! it's involves several steps that can be followed to keep the AC system in the best possible condition. Here are some basic steps that can be taken: 1. Clean the filters: Regularly clean and replace the filters. Dust and dirt can accumulate on the filters, reducing the efficiency of the AC and affecting the quality of the air it emits. The filters should be cleaned monthly or according to the manufacturer's recommendations. 2. Clean the evaporator and condenser units: The evaporator and condenser units should also be cleaned regularly. Dirt and dust can accumulate on the heat exchanges, increasing energy consumption and reducing cooling efficiency. A soft brush or air blower can be used to remove dust, and water can be used to clean stubborn dirt. 3. Check and clean the condenser coil: It is advisable to periodically check and clean the condenser coil. The condenser coil cools the vapor sent from the condenser unit, and dirt and debris can accumulate on its surface, reducing its efficiency. Low-pressure water can be used to gently clean the condenser coil. 4. Check refrigerant levels: Regularly check the refrigerant level in the AC system. If there is a leak in the system, it can reduce cooling efficiency and the lifespan of the system. A certified refrigeration technician should check the refrigerant level and perform any necessary repairs. 5. Inspect the fan and belt: The condition of the fan and motor belt should be inspected periodically. Ensure that the fan operates smoothly and that the belt is not worn out or cracked. If any issues are noticed, a qualified technician should be called for maintenance. 6. Inspect and clean the supply and return vents: The supply and return vents should be inspected and cleaned regularly. Dust and dirt can accumulate in these areas, reducing airflow and affecting the AC performance. A soft brush or air blower can be used to remove dust and debris from the vents. 7. Inspect electrical wiring and connections: The wiring and electrical connections should be inspected to ensure there are no damages or frayed wires. You may need to call a qualified technician to inspect the electrical components and perform any necessary repairs. 8. Program temperature control: Review and properly program the temperature control settings according to your needs. Proper programming can reduce unnecessary energy consumption and improve cooling efficiency. 9. General inspection and performance testing: It is recommended to perform a general inspection of the system and test its performance regularly. A qualified refrigeration technician can evaluate the system's operation and identify any potential problems that require repair.

We're proudly supporting #GasSafetyWeek 2024. At Steve Vick International we understand the importance of gas safety and are committed to raising awareness during this vital campaign. Gas Safety Week 2024 reminds everyone to stay vigilant and prioritise the safety of their homes by ensuring regular checks of gas appliances. This year’s theme, ‘Checking—Every Check Counts’, highlights how crucial it is to maintain gas safety through routine inspections and proper care.   Here are some simple checks you can do at home to keep your loved ones safe: ✅ Check that you’ve had an annual gas safety check. Gas appliances should be safety checked once a year and serviced regularly by a Gas Safe registered engineer. Tenants, make sure your landlord arranges this. ✅ Check your engineer is Gas Safe registered. Always use a Gas Safe registered engineer and ensure they’re qualified for the work that needs doing via the Gas Safe Register website and the engineer’s ID card. ✅ Check for warning signs that could indicate your gas appliances are not working correctly. Signs may include lazy yellow/orange flames instead of crisp blue ones, black marks on or around the appliance, a pilot light that keeps going out, too much condensation in the room, or error messages on the appliance’s control panel. ✅ Check that vents or flues are not blocked. Vents and flues are there to ensure your gas appliances work safely. Blocking them could prevent this.   ✅ Check your knowledge. Remember the six main symptoms of carbon monoxide poisoning: headaches, dizziness, breathlessness, nausea, collapse, and loss of consciousness. ✅ Check your carbon monoxide (CO) alarm. Regular testing ensures that alarms are operational and capable of alerting you to the presence of deadly CO. Also, check they are marked to standards EN50291 and still in date (if applicable). ✅ Check before doing DIY. Before drilling or hammering, check that there is no risk of hitting a gas pipe. Never DIY on a gas appliance; if you suspect there is something wrong with your appliance or it is not working correctly, call a Gas Safe registered engineer. You can find one at GasSafeRegister.co.uk or call 0800 408 5500. #GSW24 #GasSafetyWeek #GasSafetyMatters #StaySafe #EveryCheckCounts David Goodall Hon FIGEM

Industrial HVAC and Heat Stress Guidelines Several states have new or pending legislation mandating Occupant Heat Stress management in industrial faculties. Summer 2023 experienced record breaking average temperatures throughout North America. In facilities which relied on air exchange or limited mechanical cooling to manage worker safety along with employee retention was a challenge due to the expanded zone of regions where climatic temperature and humidity conditions exceeded desired indoor heat stress levels. In these regions, outside air exchange can be a "lose-lose" for workers as no matter how many times air is exchanged, indoors will always be several degrees higher than outdoors, in addition to adding the humidity component which increases heat stress. These new mandates reference various performance indicators which may vary between states such as Term Heat Index (THI) and Wet Bulb Globe Temperature (WBGT) which can create some confusion. When THI is calculated space temperature is measured with a standard thermometer, referred to as dry bulb temperature (Td). This term is used to differentiate from the other important variable, wet bulb temperature (Tw) which measures the rate of moisture evaporating from the thermometer. This evaporation rate is important when assessing heat stress as it provides an indication of how our bodies can naturally manage heat stress providing, they are properly hydrated. Heat Index charts are many times used with temperature and relative humidity as inputs since humidity measurements are more readily available and understood to most people although these charts are based on the previously discussed variables. In the case of WBGT space temperature is measured with a black body device that considers the radiant impact and is referred to as globe temperature (Tg). When measured indoors this becomes 30% of the calculated heat stress, which may be impacted by a heat body such as an oven, kiln, etc. When measured outdoors this globe temperature represents only 20% of the heat stress and the remaining 10% is dry bulb temperature. In both cases the wet bulb temperature represents 70% of the reading regardless of whether indoors or outdoors. Over the past 30 years we have been frequently asked how many air exchanges are required. There is not a “one size fits all” solution. Solutions in one climate may not work in a different region. We recommend in all cases an industrial ventilation analysis be performed by an experienced solutions provider. We have developed a free white paper reviewing industrial ventilation measures focusing on Heat Stress, Food Safety, Filtration/Molds Control, Space Pressurization, Energy Consumption, and Total Cost of Ownership. You may request this white paper here, via email at info@airmanagement.com, or contacting us via our website www.airmanagement.com. If we may be of assistance, please feel free to contact us at any time. #bakingindustry #foodsafety #heatstress  

Gas Cooker Safety Tips Safety should always be a priority while dealing with gas appliances. Explore critical safety precautions for Gas Cooker Range Stoves. Importance Of Ventilation A well-ventilated kitchen is a safe kitchen. Learn the importance of appropriate ventilation to prevent gas-related dangers. Emergency Procedures Be prepared for crises. A guide to rapid and effective answers in case of unforeseen complications with your Gas Cooker Range Stove. Common Myths About Gas Cooker Repairs Let’s clarify some prevalent misunderstandings concerning Gas Cooker Range Stove repairs. Debunking Misconceptions Separate fact from fiction as we address common myths and misunderstandings regarding Gas Cooker Range Stove repairs.

Are you an engineer, technician, or professional in the Food and Beverage industry, grappling with the complexities of refrigeration compressors and their evolving technology? In our journey through this industry, we've encountered numerous challenges and innovations that have significantly impacted operations, especially concerning refrigeration compressors equipped with Variable Speed Drives (VSD) and Electrical Discharge Machining (EDM) protection. The integration of VSD technology into refrigeration compressors marks a significant leap towards energy efficiency and operational flexibility. This technology allows compressors to adjust their speed based on demand, leading to considerable energy savings and a reduction in wear and tear. Our experience with a project involving a compressor that varied its speed regularly to meet the dynamic needs of the food and beverage sector was a game-changer. It not only optimised operations but also underscored the importance of adapting to technological advancements for sustainable practices. However, the introduction of VSDs, while beneficial, also brings the risk of Electrical Discharge Machining (EDM). To mitigate this, EDM protection is essential, ensuring that these valuable assets continue to operate smoothly without interference from external electrical noise. This safeguard is a critical component in the resilience of our systems, ensuring reliability and continuity in operations. Reflecting on the resilience of these systems, We have worked with a TECO ODP Electric Motor that, despite its age, showcased remarkable durability. This motor had seen decades of service, proving that quality and maintenance can extend the life of even the oldest equipment. As we embrace advanced technologies like VSD and EDM protection, we pave the way for a more efficient, sustainable, and reliable future in the food and beverage industry. These advancements are not just about keeping pace with technological trends; they're about setting new standards for excellence and sustainability. We are curious to hear from others in the industry. How have you navigated the integration of these technologies in your operations? Have older pieces of equipment like the venerable ODP Electric Motor found new life in your projects? ____________________________________   We are TECO Australia and New Zealand   ✔️ Specialise in designing and supplying superior quality motors, drives, air conditioners & home appliances known for their high efficiency and reliability, making them the preferred choice for industry.   ✔️ Dedicated to delivering outstanding customer service and tailor-made solutions. We aim to be the trusted partner in your industry.   Like this post? Want to see more?   🔔 Ring it on our profile Follow TECO Australia & New Zealand #electricmotors #mechanicalengineer #electricalengineering #variablespeeddrives #electricalengineering 

Are you an engineer, technician, or professional in the Food and Beverage industry, grappling with the complexities of refrigeration compressors and their evolving technology? In our journey through this industry, we've encountered numerous challenges and innovations that have significantly impacted operations, especially concerning refrigeration compressors equipped with Variable Speed Drives (VSD) and Electrical Discharge Machining (EDM) protection. The integration of VSD technology into refrigeration compressors marks a significant leap towards energy efficiency and operational flexibility. This technology allows compressors to adjust their speed based on demand, leading to considerable energy savings and a reduction in wear and tear. Our experience with a project involving a compressor that varied its speed regularly to meet the dynamic needs of the food and beverage sector was a game-changer. It not only optimised operations but also underscored the importance of adapting to technological advancements for sustainable practices. However, the introduction of VSDs, while beneficial, also brings the risk of Electrical Discharge Machining (EDM). To mitigate this, EDM protection is essential, ensuring that these valuable assets continue to operate smoothly without interference from external electrical noise. This safeguard is a critical component in the resilience of our systems, ensuring reliability and continuity in operations. Reflecting on the resilience of these systems, We have worked with a TECO ODP Electric Motor that, despite its age, showcased remarkable durability. This motor had seen decades of service, proving that quality and maintenance can extend the life of even the oldest equipment. As we embrace advanced technologies like VSD and EDM protection, we pave the way for a more efficient, sustainable, and reliable future in the food and beverage industry. These advancements are not just about keeping pace with technological trends; they're about setting new standards for excellence and sustainability. We are curious to hear from others in the industry. How have you navigated the integration of these technologies in your operations? Have older pieces of equipment like the venerable ODP Electric Motor found new life in your projects? ____________________________________   We are TECO Australia and New Zealand   ✔️ Specialise in designing and supplying superior quality motors, drives, air conditioners & home appliances known for their high efficiency and reliability, making them the preferred choice for industry.   ✔️ Dedicated to delivering outstanding customer service and tailor-made solutions. We aim to be the trusted partner in your industry.   Like this post? Want to see more?   🔔 Ring it on our profile Follow TECO Australia & New Zealand

Some important notes for every refrigeration and air conditioning engineer and technician, especially those who are beginners in the profession We will ask some questions that come to your mind a question What is the minimum distance between the ceiling and the interior unit? The answer From 15 to 30 cm #a question What is the minimum distance between the ground and the internal unit? Answer Manufacturers recommend that the minimum distance between the internal wall unit and the ground be 2.25 to 3 meters maximum. a question If the external unit is installed in a confined space, for example, which may be illuminated, what is the minimum distance between the exhaust fan and the wall? The answer For split 1, 1.5, 2 tons The minimum distance is two metres As for slings of 3 tons and above, the minimum distance is 3 metres Also, the distance between the radiator (condenser) and the wall is 15-30 cm a question In the event of a decision to install an external unit in exchange for another external unit What is the minimum distance between the two? Answer 1, 1.5, 2 tons. The minimum distance between the two units is 3 metres 3 tons and above, the minimum distance is 4 metres a question Why is it recommended to install the indoor unit’s bracket in a flat position without any spillage? Answer This is to ensure that the van operates in a smooth and correct manner and to avoid vibration and annoying sound in the internal unit after a short period, especially when using the highest speed of the van. a question What is the minimum length of the bulbs that can be used? Answer The minimum length of the bulbs is 1.5 metres a question What is the maximum length of the bulbs? The answer The lengths are determined by the manufacturers with the availability of basic conditions, the most important of which is adding gas according to the length and creating an oil trap. For splitters that operate with the ON/OF system One ton The maximum limit of the bulbs is 8 meters in the vertical or horizontal position, with the addition of 20 grams of gas for every meter exceeding 5 metres, with an oil trap installed according to the position of the bulbs installation (vertical-horizontal) One and a half tons Maximum 10 in portrait mode 12 meters in horizontal position Adding 20-25 grams of gas for every meter exceeding 5 metres With the installation of an oil trap according to the position of the bulb installation buzz Maximum distance of 12 meters in vertical position 15 meters in horizontal position Adding 30 grams of gas for every meter exceeding 5 metres With the installation of an oil trap according to the position of the bulb installation. #hvac #airconditioning #refrigerationsystems #hvactechnician #hvaclife #hvacservice

🧹🔌 Ensuring Safety and Cleanliness: A Cleaning Company's Perspective on PAT Testing 🔌🧹 In our ongoing commitment to providing comprehensive cleaning and safety solutions, we are thrilled to introduce one of our additional services: Portable Appliance Testing (PAT)! At Xtreme Cleaning we understand that safety and cleanliness go hand in hand. That's why we expanded our offerings to include PAT testing. PAT testing is crucial for identifying potential electrical hazards, ensuring the safety of both your facility and its occupants. Whether you're a business owner or a homeowner, you can trust us to keep your electrical appliances in tip-top condition. Our blog dives deep into the world of PAT testing, exploring why it matters, how it works, and the benefits it offers. Read it here: https://lnkd.in/efRzWMuZ By choosing Xtreme Cleaning Ltd for both your cleaning and PAT testing needs, you're not only ensuring a sparkling environment but also peace of mind knowing that your electrical equipment is safe and compliant. Join us in prioritising safety and cleanliness. Let's keep your space spotless and secure. 💼✨ #PATTesting #SafetyFirst #CleanlinessMatters #CleaningCompany #ElectricalSafety #FacilityManagement

We're proudly supporting #GasSafetyWeek 2024. At Steve Vick International we understand the importance of gas safety and are committed to raising awareness during this vital campaign. #GasSafetyWeek 2024 reminds everyone to stay vigilant and prioritise the safety of their homes by ensuring regular checks of gas appliances. This year’s theme, ‘Checking—Every Check Counts’, highlights how crucial it is to maintain gas safety through routine inspections and proper care.  Here are some simple checks you can do at home to keep your loved ones safe: ✅ Check that you’ve had an annual gas safety check. Gas appliances should be safety checked once a year and serviced regularly by a Gas Safe registered engineer. Tenants, make sure your landlord arranges this. ✅ Check your engineer is Gas Safe registered. Always use a Gas Safe registered engineer and ensure they’re qualified for the work that needs doing via the Gas Safe Register website and the engineer’s ID card. ✅ Check for warning signs that could indicate your gas appliances are not working correctly. Signs may include lazy yellow/orange flames instead of crisp blue ones, black marks on or around the appliance, a pilot light that keeps going out, too much condensation in the room, or error messages on the appliance’s control panel. ✅ Check that vents or flues are not blocked. Vents and flues are there to ensure your gas appliances work safely. Blocking them could prevent this.   ✅ Check your knowledge. Remember the six main symptoms of carbon monoxide poisoning: headaches, dizziness, breathlessness, nausea, collapse, and loss of consciousness. ✅ Check your carbon monoxide (CO) alarm. Regular testing ensures that alarms are operational and capable of alerting you to the presence of deadly CO. Also, check they are marked to standards EN50291 and still in date (if applicable). ✅ Check before doing DIY. Before drilling or hammering, check that there is no risk of hitting a gas pipe. Never DIY on a gas appliance; if you suspect there is something wrong with your appliance or it is not working correctly, call a Gas Safe registered engineer. You can find one at GasSafeRegister.co.uk or call 0800 408 5500. #GSW24 #GasSafetyWeek #GasSafetyMatters #StaySafe #EveryCheckCounts David Goodall Hon FIGEM

It is understood that the majority of residents in the use of gas, stove front valve is always open. In accordance with the national common cooking time for 40min calculations, three meals a day cooking time used a total of 40 * 3 = 120min, in general, a day time (60min * 24h = 1440min) only this period (120min) burner in a supervised state, the rest of the time period (1440-120 = 1320min) is unsupervised. Unsupervised stove time accounted for nearly 92% of the day. How to ensure the safety of household gas usage when there is no regulated gas stove? https://lnkd.in/gx5K6KfQ