Winland Electronics TA-2HL User Manual

Temp Monitoring with Separate High and Low Output
®
CONTENTS
This package contains:
• 1 Temp Alert TA-2HL with 15’ (4.7 m) conection cable
• 2 Mounting Screws with wall anchors
• 1 Mounting templage (attached to the manual)
• 1 Installation/Operating Instructions Guide
TA-2HL
SPECIFICATIONS
Power Requirement No power required to operate.
Operating Temperature Alarm Use: 50 to 130° F (10 to 54° C); non-condensing environments only.
Alarm contacts may not function outside of this range.
Display Use: -30 to 130° F (-34 to 54° C); non-condensing environments only.
Temp Accuracy ±3° F (±1.7° C)
Temp Response Time TC = 14 minutes
Temp Sensing Element Bimetallic Coil
Outputs Gold plated N.O. dry contacts (Not for high voltage use.)
Contact Output Rating 50mA @12VDC
Weight 12 oz (340 g)
Dimensions 6.25 x 3.75 x 1” (15.9 x 9.5 x 2.5 cm)
Material ABS
Mounting Key slot
Tech Support 8:00am - 5:00pm Central Time
(800) 635-4269 • +1-507-625-7231 P
www.winland.com
© 2012 Winland Electronics, Inc.
D-011-0114 Rev B (08/2012)
INTRODUCTION
LOW LIMIT
ARM
HIGH LIMIT ARM
LOW LIMIT
ADJUSTMENT
HIGH LIMIT ADJUSTMENT
TEMPERATURE INDICATOR
RED (common)
GREEN (high limit arm)
BLACK (low limit arm)
CONTROL PANEL
TEMP-ALERT TA-2HL
+ 1 2 3 4 5 6 7 8 –
ZON E
®
®
®
Thank you for your purchase of the Winland Temp°Alert® model TA-2HL. Your new TA-2HL has been designed for reliable monitoring of non-condensing (indoor only) environment areas where high and low temperature limits
are critical. This unit will separately zone out high and low temperature alarm signals. This unique feature enables you to instantly identify whether your facility being monitored has a high or low temperature condition.
Simply select an acceptable temperature range by setting the adjustable high and low limit stops. If temperature in the monitored area either rises or falls to the limit stops, the temperature indicator will contact one of the limit stops. This completes the circuit and provides you with a dry contact alarm signal. The TA-2HL contacts are normally open dry contacts rated at 50 mA at 12 VDC. This output can be used to activate alarm systems, telephone dialers, or other remote warning devices. The TA-2HL is the ideal addition for any security system.
LOCATION
In specifying the location and number of Temp°Alerts® to install consider room size, effectiveness of the ventilation system, and critical monitoring areas. If the building already has an energy management system, an easy rule of thumb to follow is to install a TA-2HL near each thermostat. It should be mounted on a wall or other vertical surface in the area where temperature is to be monitored. Make sure it is well clear of windows, doors, or heat sources that could cause an inaccurate reading of air temperature. When protecting a building against freeze damage, always install at least one TA-2HL on every level of the home or business.
INSTALLATION
Tools needed:
• Standard screwdriver
• 11/32” wrench
• 22-18 AWG twisted pair (optional)
STEP 1 – ATTACH TEMP°ALERT® TO MOUNTING SURFACE
After you have determined a location for the device to be mounted, position the attached template in the mounting location and mark the mounting holes with a pen or other marking device. Depending on the type of surface you are mounting to, you may need to pre-drill holes to accept the mounting screws alone, or the plastic anchors and mounting screws. Drive the screws into the mounting surface, allowing approximately 3/16” between the screw head and the mounting surface. Engage the key slots on the back of the TA-2HL case with the screw heads and press down.
STEP 2 – MAKING THE WIRING CONNECTIONS
Attach the connecting cable to any two open zones on any alarm panel, telephone dialer, wireless transmitter, etc. See Figure 1 for an example of the proper wiring sequence utilizing an alarm system.
If desired, the green and black wires on the connection cable may be connected together under a single zone. This is useful whenever a limited number of open zones are available and you do not wish to differentiate between a high and low temperature notification.
Figure 1
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