:movie Check these specs... 1st up no-flow
Easy to Install
For Both Fresh & Salt Water
Pre-Wired with Cord Ends
PVC and Titanium Construction
Protect Against No Flow Freeze Damage
FS-1.5
Aqua Logic water flow switches are the best way to safe guard your inline chiller from freezing if the pump is mistakenly turned off or due to a pump failure. Freeze damage to the heat exchanger is not covered by warranties, costly to replace, and can result in water damage when the unit thaws out. These inexpensive and easy to install water flow switches are great insurance. When water flow stops the switch will automatically turn off the chiller.
Constructed of PVC and titanium with all wetted parts, Aqua Logic's water flow switches are completely saltwater compatible.
Plumbing is PVC slip sockets. Water flow switches come pre-wired which allows for a quick connection between the chiller and temperature controller. Cord end configuration for the 10 and 15 amp, 115v units is NEMA #5-15 , the 20 amp 115v unit is a NEMA #5-20, and the 20 amp, 230v unit is a NEMA #6-15
Aqua Logic Water Flow Switch
Aqua Logic Water Flow Switch
Aqua Logic Water Flow Switch
Return to Top
Water Flow Switch Specifications:
Model
Number
Size of Flow Switch
Amps Load Capacity
For Use With the Following Size Chillers
FS-1
1"
10
up to 1/3hp Chillers (115v)
FS-1.5-15
1.5"
15
up to 1/2hp Chillers (115v)
FS-1.5-20
1.5"
20
3/4hp Chillers (115v)
FS-1.5-230
1.5"
20
1/2 to 1.5hp Chillers (230v)
FS-2
2"
10
Replacement for MT Chillers and HP Heat Pumps (not wired)
Aqua Logic Water Flow Switch
FS-2
Aqua Logic Water Flow Switch
FS-1
2nd UP
CONTROL
PRODUCTS Innovative Technologies in Custom Electronic Design & Manufacturing
1
TC-9102 Series Surface Mount
Temperature Controllers
The TC-9102 Series Temperature Controller offers a versatile
solution for a wide variety of applications that may require 30
amp relays, short cycle delays and independent dual stages in
one convenient, easy to use controller.
The TC-9102 controller can accommodate input voltages from
12VAC to 240VAC. The TC-9102 comes with a temperature
sensor with a temperature range of -40 to 300F (-40 to
148°C). An optional RTD sensor is also available.
· Single or Dual stage models with independent relay
control.
· Programmable set point, differential, short cycle delay
time, and temperature sensor calibration mode.
· Fahrenheit or Celsius Mode Selectable.
· LED relay status indicator.
· NEMA 1, high-impact plastic enclosure.
· Tamper resistant features to lock out and limit set point
adjustment and programming features.
· .56” high red LED display with three digit display in 1
degree increments.
· Displays current temperature.
· Durable touch-pad programming with LED display
prompts.
Power Requirements:
· Low Voltage (LV) models accept 12 to 24VAC & 24VDC.
· High Voltage (HV) models accept 120 to 240VAC.
Relay(s) Contact Rating:
1 relay on single stage models, 2 relays on dual stage models.
· SPST, normally open – switch up to 30A at 277 VAC
Ambient Operating Temp: 20 to 158°F (-6 to 70°C)
Ambient Operating Humidity: 90%RH at 95°F (35°C)
Accuracy: ± 2° F, ± 2°C
Temperature Sensor Range:
· PTC sensor included: -40 to 300°F (-40 to 148°C) with
36” (.91M) 24AWG, 2 conductor wire. Nickel plated
copper sensor cap: 1.75”L (44mm) x .251” OD (6.38mm).
· Optional 1000 Ohm Platinum RTD sensor:
0 to 600°F (-17 to 316°C)
Relay Status Indicator: LED is on when relay is activated.
Dimensions: L 6.00” (15.24cm) x W 3.12” (7.92cm) x D 2.00”
(5.08cm)
Agency Approvals: UL and CUL recognized. RoHS compliant.
Power Connections
240 VAC
COMMON
120 VAC
No polarity.
Accepts up
to 240VAC
resistive/30
amps
No polarity.
Accepts up
to 240VAC
resistive/30
amps
Stage 1
Normally Open
Stage 2
Normally Open
Sensor Connections
Ground
Signal
+5 VDC
Sensor connections are on
the smaller circuit board
Wiring Connections
Specifications
Features
General Description & Applications
Low Voltage Power: On low voltage (LV) models, the
input voltage can be 12 to 24 VAC or 24 VDC. LV
models will only have a two position terminal block
marked “240” and “COM”. There is no polarity with
any of the low voltage inputs, so both power leads can
go into either of these terminal positions.
Sensor Type Ground Signal +5 VDC
PTC or RTD sensor Black White NA
So Can this one handle food safe glycol like a
copper & aluminum exchanger??? the probe is
copper with nickle plating.