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TS1 Series 

Temperature Controls 

Alco Controls 

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TS1__35038_EN_R05.doc 

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10.08.2011 

Adjustable temperature controls for refrigeration applications. 

Features  

Housing variants for top and front operation 

Flush mounted version 

Adjustable temperatures and differentials 

Range and differential pointer in units °C and °F 

Range and differential individually lockable by wire seal 

High rated SPDT contacts for all versions 

Captive terminal and cover screws 

Manual toggle for system checkout and override 

Vapour and x-ambient charges 

Sensor shapes for various applications 

Bellows heater for thermostats with vapour charge (not for 
frost monitors) 

Room thermostats with insulation console 

Versions with and without manual override 

 

Options 

Gold plated contacts for electronic applications 

 

(PLC, low voltage/current) 

Factory set to customer specification 

Different types of mounting brackets 

Sensor bulb wells and capillary tube holders 

Special approvals 

 

Introduction

The TS1 Series is ALCO’s range of adjustable thermostats for 
application in refrigeration and heat pump systems. 
In these systems, thermostats serve control and monitoring 
functions, such as space temperature control, high/low 
temperature alarming or defrost termination. By operating a set 
of electrical contacts, a temperature value is kept inside a 
certain limit. 
Several housing variants and sensors are provided in order to 
suit a control to a specific application. 

Housing variants 

TS1 controls can be delivered in three main housing variants, 
top operated, front operated and flush mounted. 
Top operated controls have adjustment spindles at the top and 
a display scale, indicating temperature setpoint and differential, 
at the front. A knob which may be permanently plugged onto 
one of the adjustment spindles comes with every control. Frost 
monitors and room thermostats are derivatives of top operated 
thermostats. They differ by their sensors and other features to 
suit their particular target applications.  
Front operated controls have an adjustment knob at the front for 
the temperature setpoint with an approximate scale imprinted 
on  
 

the knob. In order to adjust the temperature differential, the 
cover of the control must be removed. 
Flush mounted controls are designed in a way that they can be 
integrated into a panel or housing, for example into display 
cases.  
All of these three variants are available either with or without 
off-switch, which cuts off power supply to the thermostat in off 
position 

Temperature sensing 

TS1 thermostats sense temperature by means of a thermal 
system, consisting of temperature charge, bulb, capillary and 
bellows. The temperature charge changes its pressure based 
on the refrigerant temperature to be sensed. The sensor is the 
portion of the system which is in thermal contact with the 
refrigerant, the capillary connects the sensor with the bellows 
and the bellows contracts or expands depending on the 
temperature, causing the thermostat to operate the electrical 
contacts. An exception are capillary type of sensors, which do 
not have a bulb, instead, their capillary serves as the bulb 
directly. 

TS1 Flush Mounted

TS1 FrontOperated 

TS1 Top Operated 

Summary of Contents for TS1 Series

Page 1: ... delivered in three main housing variants top operated front operated and flush mounted Top operated controls have adjustment spindles at the top and a display scale indicating temperature setpoint and differential at the front A knob which may be permanently plugged onto one of the adjustment spindles comes with every control Frost monitors and room thermostats are derivatives of top operated the...

Page 2: ...spond faster to temperature changes than adsorption and liquid charges Adsorption charge sensor type F Adsorption charged sensor types operate on the basis of a temperature dependent adsorption material which is located inside the bulb only Therefore these sensor types always respond to temperature changes at the bulb only This makes them suitable to applications where it is not always defined whi...

Page 3: ... again Manual reset low pressure contact function Manual reset high temperature On increasing temperature above the upper setpoint contacts 1 2 open contacts 1 4 close and latch Only on falling temperature below lower setpoint and after pressing the manual reset button contacts 1 4 will open and contacts 1 2 will close again Manual reset high temperature contact function For operational safety all...

Page 4: ...30 V DC 3A 24 V DC 6A 12 V DC Vibration resistance 4 g 10 1000 Hz Motor rating UL FLA 24A 120 240V AC Approvals Locked rotor UL LRA 144A 120 240V AC Low Voltage Directive all models Bellows heater sensor types A E P 73 23 EWG 93 68 EWG EN 60947 1 60947 5 1 60730 2 9 CE Label not for frost monitors function C or D option 82 k 230V AC DC 12V 24V rating Germanic Lloyd standard models Materials when u...

Page 5: ...l dimensions and drawings TS1 Axx Bxx Cxx Dxx TS1 Exx Fxx TS1 Gxx Hxx Sensor type A Vapour charge 2 m capillary with bulb Sensor type P Vapour charge 2 m capillary 6m with function C or D Sensor type E Vapour charge coil 0 m Sensor type F Adsorption charge 2 m capillary with bulb 54 70 Ø 9 2 2 5 Ø 9 5 70 Ø 22 ...

Page 6: ... 351 800 30 35 2 8 20 35 5 0 and Defrost and Universal Thermostat 100 Adsorption bulb TS1 A5F 4 458 400 20 60 3 10 10 35 30 Thermostats with Off Switch TS1 B1A 4 366 700 45 10 55 18 20 2 m TS1 B2A 4 366 800 30 15 1 5 16 36 1 6 150 Vapour capillary TS1 B3A 4 366 900 10 35 23 3 2 and TS1 B4F 4 367 000 30 35 2 8 20 35 5 0 100 Adsorption bulb Room Thermostats TS1 Top Operated with coil type sensor Roo...

Page 7: ...pe sensor Room Thermostats without Off Switch including insulation console TS1 E1E 4 365 300 45 10 2 16 55 18 20 0 m TS1 E2E 4 356 800 30 10 1 5 15 36 4 2 70 Vapour coil TS1 E3E 4 356 900 10 25 1 5 15 23 20 18 Room Thermostats with Off Switch including insulation console TS1 F1E 4 368 000 45 10 2 16 55 18 20 TS1 F2E 4 368 100 30 10 1 5 15 36 4 2 70 Vapour 0 m TS1 F3E 4 368 200 10 25 1 5 15 23 20 1...

Page 8: ...ations failures may occur The suitability for this has to be assured from the plant manufacturer which may include making appropriate tests Since conditions of use are outside of ALCO S control we can not assume any liability for results obtained or damages occurred due to improper application This document replaces all earlier versions Emerson Electric GmbH Co OHG ALCO CONTROLS Postfach 1251 Heer...

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