District heating, mixed circuit, DHW with heat exchanger
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Demand based control of remote energy transfer stations after target value request of downstream control circuits |
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Outdoor temperature-compensated flow temperature control for radiators and convectors and low temperature heating circuits |
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Constant hot water preparation according to the tank layer filling principle |
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| Mixed heating |
1 circuit |
| Domestic Hot Water |
precontrol, 2 pumps, 2 sensors |
| Circ. pump |
1 |
| District heating |
1 valve |
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| Functions |
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The basic functions are contained in an indestructible program. |
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All the parameters are predefined with sensible basic settings and allow individual adjustments as necessary. PCs are not required for this. |
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All the relay outputs can be tested manually. |
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| Remote energy control |
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Functions according to AGFW guidelines |
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Demand control of setpoint request from downstream control circuits |
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Sliding or fixed maximum limitation of the remote energy return temperature |
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Minimum valve stroke for exact recording of heat volume in low-load operation |
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Interval rinse for temperature recording in the primary return with closed remote energy valve |
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Fixed maximum limitation of the remote energy return temperature during hot water filling |
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| Mixed circuit |
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Time switch for daily, weekly and holiday programs for each heating circuit |
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Minimum/maximum limit of flow temperature |
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Frost protection function |
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Optimisation of switch-on times |
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Pump switching on demand |
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Forced pump running |
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| Hot water control |
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Time switch with daily and weekly program for hot water filling and circulation pump |
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Anti-legionella automatic system |
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Constant hot water preparation according to the tank layer filling principle |
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Hot water priority circuit, -Conditional priority, -Weather-compensated parallel operation |
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Priority operation with intermediate heating |
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| Combination |
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Combination option of up to five freely-selectable SMILE controllers |
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| Communication |
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Communication takes place over the system bus without additional interfaces |
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Distance (max. 100 m) |
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Remote operation with the wall modules SDW.. also takes place using the system bus |
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| Fault message |
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If the required temperatures cannot be achieved within a reasonable time, or sensors interrupt or short-out, then the controller will generate a fault message. |
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| Description | Additional Product Type |
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| With connection base for wall installation | SDC12-31WM |
| With connectable terminal strips for control panel installation | SDC12-31PM |
| Description | Additional Product Type |
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| Outside air temperature sensor | AF20 |
| Contact temperature sensor WF, VF, VFB (5) | VF20A |
| Hot water temperature sensor (without well) SF, VE (2) | KTF20 |
| Description | Additional Product Type |
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| Remote control with temperature selector/sensor and mode switch | SDW10WE |
| Description | Additional Product Type |
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| Immersion temperature sensor (instead of VF20A) | VF20T |
| Hot water sensor with NIRO immersion well (instead of KTF20) | VF20LN |
| Easy-to-use remote operation with display and complete programming unit along with temperature sensor/selector (instead of SDW10) | SDW30 |
| Base for Smile Controller, for control panel installation as touch protection | SCS-12 |
| Connecting base for wall installation of SMILE panel models | SWS-12 |
| Reducing attachment frame for control panel installation, assuming available control panel cut-out on controllers
ZG52 /53 /55 / 82 /85 or
ZG215 /215V /252 /254 | SRR |
| Description | Additional Product Type |
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| Safety limiting thermostat STW | STW+TR |
