Brochure

ABT-HC-UCFS-0204
42
43
Microprocessor temperature controller
Adjustable operating temperature range:
Refrigerator: 1°C – 10°C
Freezer: -15°C – -25°C
Digital temperature display
2 probes; 1 in air and 1 in sample simulated bottle
Audible and visual high and low temperature alarms
Defrost:
Refrigerator: Cycle defrost
Freezer: Auto & Manual defrost available
ADA compliant units available
UL/C-UL listed
Remote alarm contacts
Back wall evaporator cover
Forced draft circulation (refrigerators only)
Keyed door lock
Magnetic door gasket for positive seal
Leveling legs
Probe access port (”)
Powder coat exterior
High density urethane foam cabinet and door insulation
HFC-free refrigerant (R600a), foam insulation and packaging
Two year parts and labor warranty
Note: This unit must have 4” clearance on sides and back for adequate
ventilation
Premier Freestanding Undercounter
Refrigerators & Freezers
The Premier Free Standing Undercounter Refrigerators and
Freezers feature a microprocessor temperature controller and
display, which allows for precise temperature control, verification
and recovery versus mechanical style thermostats.
The all-new temperature display and alarm module offers product
security with a monitoring and alarm system. Real-time sample
simulated temperatures are constantly displayed and supported by
audible/visual high and low temperature alarms. Remote alarm dry
contacts and an access port are provided to simplify connections to
existing facility monitoring systems.
An interior fan driven, forced-draft air circulation system provides
excellent temperature uniformity and recovery after door openings
(REFRIGERATORS ONLY).
Critical samples and supplies are security backed with an extensive
package of audible and visual alarms. The freezer units feature
either an automatic or manual defrost operating system.
Premier Freestanding
Undercounter/Countertop
Refrigerators & Freezers
Small countertop units
perfect for clinical
trials or low volume
applications
ABT-HC-UCFS-0104G
ABT-HC-UCFS-0120
ABT-HC-UCFS-0430
*DISCLAIMER: Auto defrost freezers incorporate an electric heater installed on the evaporator that assists in the
removal of the frost and ice. Although the heater helps speed up the frost and ice removal, it can raise the temperatures
within the freezer.
Forced draft circulation allows for
rapid recovery after door opening and
superior temperature uniformity
The Premier Freestanding Refrigerators and Freezers take a large
step forward in performance from past general purpose units;
offering a digital temperature display and alarm module coupled
with a microprocessor temperature controller.
-20
Environmentally friendly, natural hydrocarbon (HC) refrigerants
which vastly reduce global-warming potential while meeting new
EPA/SNAP mandates
For manual defrost units, periodic manual
defrosting is required.
Freestanding models (“UCFS”) require 4” of clearance around back and sides of the unit for proper ventilation. Improper
installation will void the warranty and will lead to temperature maintenance issues, overheating and possible failure.
Refrigerators
Model Cu. Ft. Defrost Doors Shelves W” D” H” RL H.P. Amps
ABT-HC-UCFS-0104 1 Cycle 1 Solid 2 Adj 17 ¼ 19 1/4 21 ¼ R600a
.90
ABT-HC-UCFS-0104-LH 1 Cycle 1 Solid LH 2 Adj 17 ¼ 19 1/4 21 ¼ R600a
.90
ABT-HC-UCFS-0104G 1 Cycle 1 Glass 2 Adj 17 ¼ 19 1/4 21 ¼ R600a
.90
ABT-HC-UCFS-0104G-LH 1 Cycle 1 Glass LH 2 Adj 17 ¼ 19 1/4 21 ¼ R600a
.90
ABT-HC-UCFS-0204 2.5 Cycle 1 Solid 4 Adj 17 ¾ 19 1/2 28 R600a
.90
ABT-HC-UCFS-0204G 2.5 Cycle 1 Glass 4 Adj 17 ¾ 19 1/2 28 R600a
.90
ABT-HC-UCFS-0504G 5.2 Cycle 1 Glass 3 Adj 23 ¾ 24 32 R600a
1.74
Freezers
Model Cu. Ft. Defrost Doors Shelves W” D” H” RL H.P. Amps
ABT-HC-UCFS-0120 1.7 Manual 1 Solid 2 Adj 23 ¾ 24 20 R600a
1
ABT-HC-UCFS-0120-LH 1.7 Manual 1 Solid LH 2 Adj 23 ¾ 24 20 R600a
1
*ABT-HC-UCFS-0120A 1.3 Auto 1 Solid 2 Adj 23 ¾ 24 20 R600a
1
*ABT-HC-UCFS-0120A-LH 1.3 Auto 1 Solid LH 2 Adj 23 ¾ 24 20 R600a
1
ABT-HC-UCFS-0430 4 Manual 1 Solid 3 Adj 23 ¾ 24 32 R600a
¼
2.2
ABT-HC-UCFS-0440 4 Manual 1 Solid 3 Adj 23 ¾ 24 32 R600a
¼
2.2