
Customized MPS Series Monitoring System.
Customization of Standard Monitoring/Alarm
Systems.
Hampshire Controls Corp. has worked with
equipment manufacturers, the U.S. government and also labs and
manufacturing companies to develop products that suit a very
wide range of monitoring, alarm notification and network logging
applications.
The big advantage we have over our outsourcing
competitors is that we design and build our systems
in-house This enables us to meet any application need that
our standard products may not completely satisfy "as is."
Some typical standard product modifications
include;
- Specialized analog and digital sensor types (e.g.,
resistive, voltage, current, I2C, SPI).
- Wired and wireless networked sensors (RF, WiFi,
Cellular/LTE).
- Additional digital, analog and relay outputs for process
monitoring and control.
- Larger remote displays.
- Integration into networked data logger/alarm system
(Ethernet, Wi-Fi).
- Custom panel sizes and colors with OEM artwork.
- Custom NEMA/IP rated enclosures for harsh environments.
- Integration with audio & visual signaling devices
(horns & strobes).
- Application-specific firmware.
Fully Custom Design and Manufacturing Services.
We have no problem working on fully custom
projects either. Fully custom builds are typical for OEM
products, however, they also pertain to unique existing
applications you may have at your facility. In any case, we can
help.
Our fully custom product development services
include;
Mechanical:
- Enclosure selection - to meet environmental requirements
(NEMA/IP ratings).
- Enclosure customization (in-house CAD, locally outsourced
CNC machining).
- Overlay or panel design; including graphic layout with
your logo.
Electrical:
- In-house digital, analog, and mixed-signal PCB design.
- Microcontroller selection to meet your application needs
with minimal additional components.
- Sensor data acquisition, amplification, and filtering.
- Power supply design for line-power, battery or mixed-power
applications.
- Low-power design for battery powered devices.
Programming:
- Microcontroller firmware in C and/or assembly language.
- Implementation of industry standard or proprietary
communications protocols.
Manufacturing:
- In-house soldering and rework.
- Product final assembly.
- Testing, burn-in and calibration.