14
TECHNICAL SPECIFICATIONS
Table 4 – Technical Specifications
Model:
BIO 1.5
BIO 3.0
Flow Rate (GPM):
1.5
3.0
Inlet\Outlet Size:
3/8”FNPT
3/8”FNPT
Number of Lamps:
1
1
Lamp Model No.:
05-1366-R
05-1370-R
Quartz Sleeve:
1
1
Length:
14-1/2”
20-1 /8”
Width:
3-21/32”
3-21/32”
Height:
3-7/8”
3-7/8”
Voltage:
j
120v 50/60Hz
120v 50/60Hz
Chamber Diameter:
2-7/16”
2-7/16”
Shipping Weight:
7.2 lbs.
7.7 lbs.
Power Consumption:
k
14 Watts
21 Watts
Max Operating Pressure:
100 PSI
100 PSI
Ambient Temperature:
35° F–100° F
35° F–100° F
j
220v 50Hz, 220v 60Hz, 12v, or 24v DC units are also available. Consult Factory for specific voltage requirements.
k
Total power consumption, including ballast loss (based on 120V unit).
All specifications, dimensional data, etc are approximate and subject to change without notice.
OPTIONAL ACCESSORIES
Optional accessories are available for operation at 120v 60Hz or 230v 50/60Hz. Please specify. Consult Factory for special input
power requirements.
Table 5 – Optional Accessories
Optional Accessories
Available for:
SENTRY
™
Safety Sensor
BIO-1.5 – BIO-3.0
Promate
™
Time Delay Mechanism
BIO-1.5 – BIO-3.0
Promate
™
Elapsed Time Indicator, Universal Input
BIO-1.5 – BIO-3.0
Promate
™
Solenoid Valve
BIO-1.5 – BIO-3.0
SureFLO
™
Flow Control Valve
j
BIO-1.5 – BIO-3.0
Promate
™
Audio Alarm
BIO-1.5 – BIO-3.0
j
Unless otherwise specified, PVC flow control valves are supplied.
Stainless Steel Flow Control Valves are available for certain models.
All PVC and Stainless Steel flow control valves are male NPT. Consult
Factory for other flow control valves.
12 Volt and 24 Volt Direct Current (DC) Ballasts and Units
Many individuals regard ballasts and units powered by 12 volt and 24 volt Direct Current (DC) to be
relatively benign from a safety standpoint. However, a DC ballast, in order to operate an ultraviolet
discharge lamp, must produce an output as high as 600 volts. This voltage is high enough to produce a
very serious or even lethal electric shock.
IT IS IMPERATIVE
that all DC ballasts and DC ultraviolet
units be wired and grounded appropriately.
