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SE 6001 - TEM

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Heat pump controllers


The hot wire to all components – eBUS<br />

Simply ingenious: All devices of the <strong>TEM</strong> system are equipped with an eBUS interface. This makes the most complex problems<br />

simple to solve and simple to be expanded at any time. The hot wire from <strong>TEM</strong> is of course also available as wireless versions, for<br />

example as wireless temperature sensors, room devices. Through iCom, the system can also optionally be operated via PC/internet.<br />

- An intelligent and future oriented system for an efficient control of heating appliances.<br />

Outdoor sensors<br />

Room devices<br />

Heating circuit controllers<br />

Master remote control<br />

Master remote control<br />

Computer / web<br />

via iCom<br />

))) (((<br />

)))<br />

)))<br />

System controller<br />

Heating circuit<br />

controller<br />

Heat pump controller<br />

Solar controller<br />

Biomass controller<br />

Boiler controller


Whether air-water or brine-water, the <strong>SE</strong> <strong>6001</strong> WPC by <strong>TEM</strong> can be easily adjusted to various systems. Of course it has a defrost<br />

function for air-water machines and a cooling function for all types. All actuators and sensors are operated from the WPC or<br />

scanned and processed. The status of the pressure control elements normally used for the monitoring of high and low pressure<br />

is also recorded by the WPC. In addition the heat pump can be blocked by an EVU signal. - Additional heating circuits? Additional<br />

solar inclusion? No problem, because additional <strong>TEM</strong> controllers can be connected via the eBUS and set via the master<br />

remote control unit.<br />

Standard Heating circuit Heating circuit<br />

controller controller<br />

<strong>SE</strong> <strong>6001</strong> <strong>SE</strong> 6300 <strong>SE</strong> 6300<br />

WPC MUcMUc MUMUL<br />

OUTPUT 230V<br />

Relay electro-mechanical 16 8 8<br />

INPUT<br />

Sensor 12 6 6<br />

Optocoupler 6 2 2<br />

Set point value 1 1 1<br />

Pressure sensor 2 - -<br />

Voltage supply is: 230 VAC ±10% 50-60 Hz | The voltage measuring circuit: 12 V, isolated 4 kV<br />

The heating circuit controllers are protected with a 3.15 A fuse.<br />

Warmly recommended<br />

<strong>TEM</strong> has sold controls for heat pumps for more than 25 years. In the course of the years the first simple controls<br />

have developed into complex controllers which regulate and monitor the technology of a complete heat<br />

pump. Know how and <strong>TEM</strong>s product assortment are so extensive today that even producers of heat pumps<br />

base their innovations on them.


Universal and intelligent – an all-rounder<br />

The <strong>SE</strong> <strong>6001</strong> WPC controls air-water, water-water or brine-water heat pumps including the complete cooling circle. Furthermore<br />

an additional electric heating can be controlled depending on time and temperature. The WPC manages heating, cooling and<br />

domestic hot water through an integrated heat / energy management. The controller consists of a built-in part and a remote<br />

operating unit, either a built in device or a wall mounting.<br />

<strong>SE</strong> <strong>6001</strong><br />

TA<br />

)))<br />

UW<br />

WW<br />

L<br />

TKV<br />

WE<br />

Z<br />

AKTIv COOLING<br />

KW<br />

TP0<br />

TB<br />

TV1<br />

U1<br />

TV2<br />

U2<br />

M2 M<br />

HEATING- OR COOLING WATER<br />

Air-water application<br />

What fun is the most flexible controller if the operation is often a<br />

test of your patience? The <strong>TEM</strong> master remote controls MB 6100<br />

and MB 6400 with their clear menu structure are self explanatory, all<br />

parameters are shown as text. The target and actual temperatures<br />

can thus quickly be displayed, operating modes selected using direct<br />

buttons and functions can be comfortably edited and activated.<br />

Integrated functions<br />

· Control of the heat pump air-water,<br />

water-water, brine-water<br />

· automatic defrosting<br />

· 1 heating circuit (outdoor temperature<br />

compensated)<br />

· Switching to cooling mode<br />

· DHW preparation<br />

· Circulation pump control<br />

· Storage tank management<br />

· Cascade management<br />

· Energy management<br />

· Measurement of heat quantity<br />

Variations and equipment<br />

· 16 electro-mechanical outputs for the<br />

control of valves or pumps<br />

· 12 sensor inputs NTC 5 kOhm<br />

· 1 input or output for set points<br />

· 6 optocouplers<br />

· 2 inputs for pressure sensors<br />

· eBUS communication interface


No parameter remains unobserved and no setting is left up to coincidence: The <strong>SE</strong> <strong>6001</strong> WPC heat pump controller really<br />

leaves no stones unturned when it comes to making the most of a heat pump. Of course everything could be more<br />

simple – however with simple solutions you don’t even closely reach the same efficiency.<br />

WQP<br />

TWE<br />

TPO<br />

TPM<br />

PND<br />

TA<br />

)))<br />

UW1<br />

WW<br />

L<br />

TKV<br />

WE<br />

Z<br />

ND TSG VD1 VD2 THG HD<br />

TWV EHZ<br />

AV<br />

TWA TVD TKA TWR<br />

EV<br />

TWE: Heat source temperature input<br />

TWA: Heat source temperature output<br />

TWV: Heat pump flow temperature<br />

TWR: Heat pump return flow temperature<br />

TSG: Coolant suction gas temperature<br />

THG: Coolant heat gas temperature<br />

TVD: Coolant vaporizer temperature<br />

TKA: Coolant condenser output temperature<br />

ND: Suction gas pressure<br />

HD: Hot gas pressure<br />

PND: Low pressure control<br />

PHD: High pressure control<br />

KW<br />

TB<br />

Passiv COOLiNG<br />

P HD<br />

TV1<br />

U1<br />

TPV<br />

TV2<br />

COOLING WATER<br />

U2<br />

M<br />

Brine-water application<br />

Everything under control<br />

WEP<br />

ULV-<br />

WWL<br />

ULV-<br />

KB<br />

AV: Defrosting or cooling valve<br />

EV: Expansion valve<br />

VD1: Compressor stage 1<br />

VD2: Compressor stage 2<br />

WQP: Heat source pump or vaporizer fan at air-water heat pump<br />

ULV-WWL: Diverter valve DHW<br />

ULV-KB: Diverter valve cooling<br />

EHZ: Addition electric heater for frost protection


Additional heating circuits – no problem<br />

The <strong>SE</strong> 6300 MUMUL or MUcMUc is specially designed for additional heating circuits. This heating circuit controller can manage<br />

two independent mixed heating circuits and either domestic hot water preparation (MUMUL) or switch to cooling. The parameters<br />

are also set via the master remote control unit MB 6X00, and additionally individual remote control units can be allocated to the<br />

corresponding zones. The keys on the device allow activating mixers or pumps for test purposes during installation.<br />

<strong>SE</strong> 6300<br />

WW<br />

L<br />

KW<br />

TB T1<br />

U1<br />

M1 M<br />

MUMUL<br />

T2<br />

U2<br />

M2 M<br />

T1<br />

U1<br />

M1 M<br />

T2<br />

U2<br />

M2 M<br />

C C<br />

MUcMUc<br />

HEATING WATER<br />

COOLING WATER<br />

Why not wireless? If a cabling is not possible or not desired, the <strong>TEM</strong><br />

controller <strong>SE</strong> 6300 can be integrated in the eBUS system with the<br />

optional wireless transceiver/coordinator - a very elegant solution.<br />

Integrated functions:<br />

· 2 heating circuits (Cooling only for MUcMUc)<br />

· DHW preparation (MUMUL only)<br />

· Two wire connection to the remote control devices<br />

· Large terminal box<br />

· Stand protection functions for mixer and pumps<br />

· Frost protection functions of the room temperature and DHW<br />

· Pavement drying program integrated<br />

· Inputs for floor safe ty temperature limiter<br />

· Energy management<br />

Models and equipment:<br />

· 8 electro-mechanical outputs for the control<br />

of valves or pumps<br />

· 6 sensor inputs NTC 5 kOhm<br />

· 2 optocouplers<br />

· 1 input or output for set points<br />

· eBUS communication interface


Temperature sensors<br />

Master remote control<br />

Room temperature remote control<br />

A broad range of accessories from simple wired temperature to wireless sensors, or to the sophisticated remote<br />

control units, rounds off the <strong>TEM</strong> system. A system solution - one fits the other. That is one of the reasons why a<br />

<strong>TEM</strong> controller is easy to work with also during the installation and later when it is in operation.<br />

ZTF 222 + ZTF223 ZTF 224 ZVF 210 ZAF 500 ZAF 600 RF<br />

Technical specifications: Measurement range: -50 ... 90°C (ZTF 223 up to 180°C, ZTF 224 up to 250°C) | el. current < 1mA | sensor<br />

element: NTC 5000 | Dimension: 6 x 50 x 0.4 mm | wire: 2 x 0.34 mm² | Available cable lengths: 1500 mm, 2500 mm, 4000 mm |<br />

wireless outdoor sensor ZAF 600 RF<br />

MB 6100 MB 6400<br />

Master remote control unit for programming and operating the <strong>SE</strong> devices. The display of the status, parameter, target and actual<br />

values occurs in plain text. They are operated through the comfortable “press-turn” operating concept. For quick access of special<br />

functions, there are 6 quick selection direct keys available. The remote control unit can be mounted in standard cutout (96x144mm)<br />

(MB 6400) or on the wall (MB 6100).<br />

FB 6100 FS 6200 (RF) FB 6200 (RF) CO 6200 RF<br />

System accessories<br />

The remote control units can be connected to all <strong>TEM</strong> eBUS heat controllers and allocated to a particular zone. For model 6200 two<br />

designs are available: The FS 6200 without display with room temperature setting wheel as well as the FB 6200 with display for the<br />

temperature and operating mode. The mode of operation is changed using a push button, the temperature through a setting wheel.<br />

The CO 6200 RF is the wireless-eBUS-receiver which is connected using 2-wire connection to the eBUS. FS 6200 and FB 6200 are<br />

available under the description RF also as wireless models.


<strong>TEM</strong> system– one thing fits the other<br />

Heating appliances are becoming more and more complex:<br />

Several mixed heating circuits, differing heating demands, sto-<br />

rage tank configurations, utilization of solar energy, ecological<br />

and economic requirements. It is no longer enough to simply<br />

switch the heating appliance on or off. Already back in the early<br />

eighties, <strong>TEM</strong> introduced several universally usable heat cont-<br />

rollers, and the <strong>TEM</strong> system controllers today can easily cope<br />

with the existing and future requirements. The core is a unique<br />

energy management which determines the required heating<br />

demands and calculates the therefore necessary heating capa-<br />

city under consideration of the various available heat sources.<br />

In spite of complex functionalities, <strong>TEM</strong> system controllers are<br />

simple to mount and operate. An extensive range of accesso-<br />

ries supports the installer in installation and operation.<br />

<strong>TEM</strong> develops and produces electronics, hard- and software<br />

for energy-efficient heating, ventilation and climate controls.<br />

The leading know how is based on more than 40 years of<br />

experience. A constant focus on research and development, an<br />

excellent organized and structured production and after sales<br />

service guarantees high quality and innovative products and<br />

solutions.<br />

<strong>TEM</strong> AG Triststrasse 8 Switzerland Tel. +41 (0)81 254 25 11 info@tem.ch<br />

CH-7007 Chur Fax +41 (0)81 254 25 39 www.tem.ch

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