- (ACT-FA-8001)
• Fume Hood Controllers
- HMS 1650 Bacnet/N2
- HMS 1650 LON
- HMS 1600 LX
- HMS 1600L (LON)
- HMS 1600
- VAV 1000
• Lighting Products
- LP3500 Lighting Panel
- LP-CT Lighting Panel
• LITE Monitors
- FMS 1650LITE
- HMS 1650LITE
• Network Gateways
- Trigate Large
- Trigate Small
• Remote Monitors
- CMS 1650
- FMS 1650R
• Room Pressure Controllers
- FMS 1650 (Bacnet)
- FMS 1650L (LON)
- FMS 1650T (Thin)
- FMS 1630L
- FMS 1630B
- FMS 1630
- VAV 1000
• Sensors
- Motion
- Sash Height
• Venturi Valves
- Overview
- Operation
- Options
- Performance
An industry standard for the last decade, the HMS-1600 offers an affordable solution for measuring fume hood face velocity with rapid response rates.
Factory tested and programmed, the Triatek HMS-1600 uses a dedicated face velocity flow sensor input, as well as a second input, for truer readings with a high degree of reliability.
This precision instrument can not only control flow conditions, but also monitor them using patented, ultra-sensitive thermal anemometry. Control of air flow dampers or variable speed drives can be easily achieved after setting up the PID floating control point. The unit may also be simply connected to most any remote monitoring or automation system and perform monitoring functions only. Highly customizable, the HMS-1600 series can be set up to display most any hood parameter or process and has available inputs for sash position sensors.
Other features include:
• Multiple alarms
• RS-485 communications port
• Linear or PID output
• Measures hood face velocity
| Analog Output: | 4-20 mADC, 0-5 VDC, 0-10 VDC, 4-20 mADC* |
| Alarm Outputs (2 provided): | SPDT Relay, 2 A @ 30 VDC |
| Power Supply | 24 VAC/DC ± 10%, 10 VA |
| Isolation Transformer provided: | 120 to 24 VAC, 60 Hz |
| Face Velocity Input: | Field Scalable |
| Face Velocity Range: | 0-120 FPM, 0-200 FPM |
| LCD Display: | 4- Line X 16 characters per line |
| LCD Character Height: | 0.19" |
| Operating Temperature: | 32° to 125°F Operating |
| Operating Humidity: | 10% - 95% RH, Non-condensing |
