Cleanroom monitoring systems are quickly becoming a feature expected for all modular cleanrooms, especially given the cGMP and GLP requirements for environmental reporting.
Not every facility requires arrays of sensors for temperature, particulate, humidity, and pressure differential. The cost of a monitoring system is derived from several factors including the number and type of sensors, sampling rate, instrument sensitivity, and any value-added features such as WIFI, alarms, and automation of feedback controls. Determining the best option requires balancing a facility's needs today with the possibility of growth and expansion years down the line.
Senso Scientific’s cleanroom monitoring systems include four different configurations for logging and displaying cleanroom conditions. Each package is configurable with your choice of sensors and retrofittable for later upgrades.
Beneficially, you'll still get the same smart-enabled features such as alarms and WIFI monitoring that are typically reserved for more advanced (and more expensive) systems. Collected data is automatically uploaded to a validated Cloud platform – the user can set up notifications, alerts, and reports directly from the Cloud portal.
The SensoScientific Cloud portal uses bank-grade security for reliable access to data collected and stored by the sensors anywhere and anytime with OTA technology.
Cleanroom managers get access to comprehensive reporting:
Given the low cost, ease of installation, and retrofitting capabilities, Terra recommends these systems for cleanroom projects that don't need state-of-the-art control systems, yet still require a dedicated environmental monitoring system. Although SensoScientific systems do not directly control the operation of a cleanroom, they do offer a cost-effective, configurable option for displaying and logging temperature, humidity, and room pressure.
SensoScientific differential pressure monitoring systems provide\ early warning of changing air pressure conditions that would otherwise impact the regulatory compliance of a sterile work environment.
The differential pressure sensors actively measure bi-directional and unidirectional pressure between a positive or negative buffer room and the ante-room. The wireless differential pressure sensors use Wi-Fi to send information to the cloud.
The latest OTA Series differential pressure sensors are equipped with compact pressure probes, small enough to place anywhere and powerful enough to meet ISO/IEC regulatory parameters. These sensors enter a low-power mode between readings, ensuring accuracy, reliability, and product longevity. Data can be viewed from the device’s visual display or accessed through the online portal.
Senso Scientific also offers a streamlined remote temperature monitoring system with the integrity to meet the stringent needs of regulatory bodies such as the FDA, USP, AABB, CAP and joint commission, NIST, and more. In fact, these are the same sensors selected by the FDA to monitor their own laboratory.
This series of nodes boasts over-the-air upgrade (OTA) capabilities and enables the devices to remotely upgrade without the need to be manually serviced.
The SensoScientific system is ideal for clinical trials and other research settings as you can safeguard against the loss of precious research specimens and pharmaceuticals through advanced notifications via phone, email, or text.
For example, a temperature monitoring system ensures that cold or ambient storage retains the ideal climate within a user-assigned temperature setpoint. Typically, the cold storage temperature must maintain a specific target range for minimum and maximum temperature.
For facilities handling vaccines, the Moderna COVID-19 vaccine requires freezer temperatures between -25°C and -15°C (-13°F and 5°F). The Pfizer COVID-19 vaccine requires storage in an ultra-cold freezer between -80°C and -60°C (-112°F and -76°F).
Human error and left-open doors are the most common precursors of cold storage failures. However, these mistakes are easily avoided by incorporating an active freezer monitoring system that can alert the operator to environmental drift. Door ajar sensors are available with audible alerts or mobile notifications that inform both the operator and the facility manager based on the predetermined setpoint.
SensoScientific alarms are visual and audible. Additional alerts can be provided through a variety of methods such as SMS, text message, voice, pager, cell phone, fax, and e-mail. The information is recorded to a database and time-stamped, and therefore cannot be altered through the user interface.
WIFI monitoring systems are ideal for scenarios where it would be expensive, inconvenient, or technically difficult to install a hardwired system. Typically, cleanroom monitoring sensors require a licensed electrician and removal of the ceiling grid to install power and data collection. Therefore, each sensor needs to be wired and installed by hand, then conduit or coving is installed over the wires to provide easy cleaning and prevent particle retention.
SensoScientific Wi-Fi transmitters include high-speed wireless modules capable of collecting, storing, and transmitting data wirelessly over a standard Wi-Fi-enabled network. Each transmitter monitors against preset conditions that are defined by the user.
These systems require less maintenance and are more cost-effective than hardwired alternatives. The devices remotely upgrade without the need to be manually serviced.
SensoScientific can monitor all of your sensitive equipment and conditions, such as:
Terra Universal offers end-to-end construction, outfitting, certification, and testing for a wide variety of controlled environments including cleanrooms, laminar flow hoods, glove box isolators, biosafety cabinets, and lab equipment.
Have a technical question that requires a prompt and helpful response? Contact a Terra specialist via phone, live chat or email.