Instant gratification is a current human requirement. We want it now. We want it now and we don’t want to wait. We want it now and we don’t want to go any farther than our own fingertips to get it. In today’s IoT world, with easy access to smartphones, everything is immediate.
Back in the old days, we didn’t have instant gratification when it came to HVAC equipment. Equipment in the mechanical room failed. The building got too cold or too hot. The occupants complained about being cold. Service was called. How long did that process take? During the time the equipment was down, the occupied space became quickly uncomfortable and we hadn’t even started to fix the problem yet!
Downtime in the HVAC equipment world proffers a long list of questions.
- Time: How long will it be until the space gets conditioned back to a level of comfort for the occupants?
- More time: If a service contractor needs to come in, how long will that take?
- Cost: Will there be an emergency fee for an immediate service call?
- Even more time and inconvenience: What if the equipment needs a part the serviceman doesn’t have on the truck?
- Still more time: Does the service company have it at their shop?
- And more time: Does that part need to be ordered from the manufacturer?
- Continued discomfort, inconvenience, and even potential safety hazards: How many days can your building be occupied without heat?
This method of operation is reactive. We must do expensive corrective maintenance on the equipment to get it running again. Wouldn’t it be great if we could be proactive and get ahead of this situation and address any equipment issues BEFORE a failure?
The good news is this: we can.
Modern, high-efficiency equipment must be installed and calibrated by certified technicians at startup. Is the new equipment running as efficiently as it is ever going to run? Following the prescribed planned maintenance program will keep that equipment running in top-notch form for a long time. That is preventive maintenance. However, Murphy’s Rule is real; these are complex mechanical systems, and issues do come up.
The equipment is already continuously monitoring how the components are working. The control panel has stored all of the information from the sensors and critical components. The drawback is that an HVAC technician or facilities manager has to actually go look at the control panel to collect and then interpret the data. In the real world where there are many demands on facilities teams, the performance data will often go unnoticed.
Today’s building automation systems track real-time data on how the entire building is performing. AERCO’s onAER monitoring system tracks real-time data on how the EQUIPMENT is running. Now, you can have remote visibility into how the equipment is running and that data can be accessed from anywhere on a smartphone.
With the real-time data, the owner or maintenance staff can check the operation of the equipment and determine how it is trending. The monitoring system tells them the equipment may have an issue coming up soon! This creates the ability to do predictive maintenance.
Predictive maintenance is the cheapest form of maintenance for a building owner. onAER sends a warning to the maintenance department about potential issues with the equipment.
The service technician is called in before there is a problem. There’s no ‘firefighting’ and emergency fee required to keep the building warm. The service technician has already seen how the units have been operating overtime and plan for the service or parts that are needed to get the equipment back in shape, ELIMINATING downtime.
The new way is to let the equipment send you performance information so you can see any potential issues before they occur. This keeps costs down and building owners happy. And, it keeps the occupants comfortable, which makes everyone happy. Predictive maintenance is a win-win situation for everyone. Shouldn’t your equipment be helping you practice predictive maintenance?
Click on the video below to learn more about on AER monitoring offered on AERCO’s Benchmark Platinum boilers.
Instant gratification is a current human requirement. We want it now. We want it now and we don’t want to wait. We want it now and we don’t want to go any farther than our own finger tips to get it. In today’s IoT world, with easy access to smart phones, everything is immediate.
Back in the old days, we didn’t have instant gratification when it came to HVAC equipment. Equipment in the mechanical room failed. The building got too cold or too hot. The occupants complained about being cold. Service was called. How long did that process take? During the time the equipment was down, the occupied space became quickly uncomfortable and we hadn’t even started to fix the problem yet!
Downtime in the HVAC equipment world proffers a long list of questions.
- Time: How long will it be until the space gets conditioned back to a level of comfort for the occupants?
- More time: If a service contractor needs to come in, how long will that take?
- Cost: Will there be an emergency fee for an immediate service call?
- Even more time and inconvenience: What if the equipment needs a part the serviceman doesn’t have on the truck?
- Still more time: Does the service company have it at their shop?
- And more time: Does that part need to be ordered from the manufacturer?
- Continued discomfort, inconvenience, and even potential safety hazards: How many days can your building be occupied without heat?
This method of operation is reactive. We must do expensive corrective maintenance on the equipment to get it running again. Wouldn’t it be great if we could be proactive and get ahead of this situation and address any equipment issues BEFORE a failure?
The good news is this: we can.
Modern, high efficiency equipment must be installed and calibrated by certified technicians at startup. Is the new equipment running as efficiently as it is ever going to run? Following the prescribed planned maintenance program will keep that equipment running in topnotch form for a long time. That is preventive maintenance. However, Murphy’s Rule is real; these are complex mechanical systems and issues do come up.
The equipment is already continuously monitoring how the components are working. The control panel has stored all of the information from the sensors and critical components. The drawback is that an HVAC technician or facilities manager has to actually go look at the control panel to collect and then interpret the data. In the real world where there are many demands on facilities teams, the performance data will often go unnoticed.
Today’s building automation systems track real-time data on how the entire building is performing. AERCO’s onAER monitoring system tracks real-time data on how the EQUIPMENT is running. Now, you can have remote visibility into how the equipment is running and that data can be accessed from anywhere on a smartphone.
With the real-time data, the owner or maintenance staff can check the operation of the equipment and determine how it is trending. The monitoring system tells them the equipment may have an issue coming up soon! This creates the ability to do predictive maintenance.
Predictive maintenance is the cheapest form of maintenance for a building owner. onAER sends a warning to the maintenance department about potential issues with the equipment.
The service technician is called in before there is a problem. There’s no ‘firefighting’ and emergency fee required to keep the building warm. The service technician has already seen how the units have been operating overtime and plan for the service or parts that are needed to get the equipment back in shape, ELIMINATING downtime.
The new way is to let the equipment send you performance information so you can see any potential issues before they occur. This keeps costs down and building owners happy. And, it keeps the occupants comfortable, which makes everyone happy. Predictive maintenance is a win-win situation for everyone. Shouldn’t your equipment be helping you practice predictive maintenance?
Click on the video below to learn more about onAER monitoring offered on AERCO’s Benchmark Platinum boilers.
