BWT Liff Powermag PM100S Bedienungsanleitung

Installation & Operating

Instruction Manual

Contents

1. General Notes .......................................................................3

2. Installation .............................................................................4

3. Electrical Notes......................................................................7

4. Troubleshooting Guide..........................................................9

5. Spare Parts List.....................................................................9

6. Specifications ......................................................................10

7. Warranty Information...........................................................11

1. General Notes

Powermag is a WRAS approved electromagnetic physical water

conditioner that utilises a powerful electromagnetic field to inhibit hard

crystalline scale formation in hot and cold water systems. The Powermag

induces a specific magnetic field within the water path that has a physical

effect on the hardness minerals within the water supply. This helps to

inhibit new formations and remove existing formations of scale, providing

an environmentally friendly method of scale treatment without the use of

chemicals.

The Powermag physical water conditioner alters the structure of scale

forming particles encouraging them to pass through the pipe system

without leaving deposits of hard scale within the system. The Powermag

physical water conditioner does not introduce sodium, or any other

chemicals, into the water and therefore the water remains potable.

Physically conditioned water will tend to revert back to its untreated state

over time; we recommend the sooner that the water is used after

treatment, the more effective the physical water conditioner will be. In

addition consideration should be given where water turbulence may be

induced in the water flow as this may reduce the effectiveness of the

physical water conditioner. Please refer to the installation section of this

manual for guidance on the optimum position for treatment of the water

supply.

The Powermag does not require a separate drain. It can be installed

directly in-line without the need for water bypass. There are no moving

parts so the device requires minimal servicing.

2. Installation

Powermag must be installed by a professional installer

The device should be installed directly in-line on pipework in any of the

following materials; stainless steel, galvanized steel, copper or plastic.

To ensure that the device is adequately supported and does not place

excessive strain on the existing pipework, we recommend using

additional support brackets (not supplied) on the inlet and outlet

pipework. The device can be installed in either vertical or horizontal

orientation to suit your existing pipework and while it may be necessary

to install additional pipework, elbows and fittings in order to adequately

locate the device we recommend keeping this to a minimum.

The device is manufactured from stainless steel tubing and as such is

resistant to corrosion.

We recommend the use of isolation valves before and after the device to

facilitate any service or maintenance work that may be required.

The Powermag control panel should be connected to a suitable 13A

fused switched spur. Please refer to the product specification data to

ensure you have a suitable spur available.

The spur must incorporate an accessible isolation switch to enable

maintenance or repair of the device.

Under no circumstances should the Powermag coil assembly be

connected directly to any mains power supply. Always connect the coil

assembly to the control panel supplied with the device.

Recommended Installations

Powermag units are best installed in one of the following positions:

Gravity feed from a central water tank

After a booster pump

Directly on the cold mains supply, where all outlets are mains fed

Isolation

Valve

Isolation

Valve

Isolation

Valve

Pump

Powermag

Pipe Supports

Water

Tank

Isolation

Valve

Isolation

Valve

Isolation

Valve

Isolation

Valve

Isolation

Valve

Water

Tank

Powermag

Pipe Supports

Key to LCD Display

Running Temperature: Temperature

reading from the thermistor on the

outlet pipework

Coil Current: Operating current of

electromagnet

Hours Run: Total hours of coil

operation since installation

Set Temperature: Maximum

temperature setting for thermistor

circuit

Coil Status: Current status of the coil

- Coil Active when operational

- Coil Inactive when thermistor set

temperature is achieved

Activity LED Display: Visual display of

coil activity

- LED will run left to right when active

- LED will halt when inactive

- LED will illuminate fully when a fault

is present

Isolation

Valve

Isolation

Valve

LED

Display

Activity

LED

Display

Isolation

Switch

Powermag

230V 50Hz Supply

Thermistor

Attach to the pipe surface downstream of

the device using cable tie or similar

Use for cold water only

Thermistor is a safety and efficiency device

for cold water systems and will render the

coil inactive when water stops flowing by

detecting an increase in the standing water

temperature in the pipework

Powermag coil flying lead length

supplied: 4.5m (approx.)

Thermistor lead length supplied:

2.5m (approx.)

3. Electrical Notes

Identifying the main components

Control

PCB

Display

Power Supply PCB

Assembly

inc. smoothing capacitor and bridge

rectifier

MCB

Coil DC

Supply

MCB

Mains AC

Supply

Power

Transformer

Connection

Terminal

Block

Connection Terminals

Connect terminals marked L (Live), N (Neutral) and E (Earth) on

the right of the terminal box to the fused switched spur for the

mains power supply (using the flying lead supplied with the panel

or similar)

Connect flying lead from Powermag coil assembly to the terminals

marked:

+ (use brown cable)

- (use blue cable)

E (use green / yellow cable) –NOTE: a spare Earth terminal is available

on the left of the terminal block

Connect thermistor cable to 2 central terminals marked TEMP (or

Thermistor). The thermistor circuit is a loop so the terminals can be

connected either way round

Terminals 7,8 and 9 are for BMS and fault monitoring systems only

The diagram below shows the monitoring relay in the power OFF state. When power

is ON the terminals 7 and 8 will close circuit

4. Troubleshooting Guide

The following fault table is provided as a guide to resolving operational

issues with the Powermag system. Any fault diagnosis must be

conducted by a suitably qualified electrical engineer.

Problem

Possible Cause

Recommended Solution

Coil remains inactive

Supply water flow has

stopped

Water temperature is above

the set point of the thermistor

Check water supply flow

Do not use thermistor for hot

water

Adjust thermistor to suit the

application using dial on rear

of Control PCB Display

Mains MCB tripping

Fault on transformer

Test and replace transformer

Coil DC supply MCB tripping

Fault on coil

Test and replace coil

Panel temperature high

Loose connections on power

circuit

Check and secure loose

connections

Fault monitoring contacts

remain closed

Loss of power to panel

Check power supply and

MCB status

5. Spare Parts List

Description

Part Number

Transformer 13.5V (PM100 only)

PMT13.5

Transformer 16V

PM16

Isolation Switch

PMMI30

6A MCB (Mains Supply MCB)

PMCB6

10A MCB (PM100 only)

PMCB10

16A MCB (Coil Supply MCB)

PMCB16

Control PCB Display

PMDISPLAY

Thermistor with lead

PMTHL

For spare parts please contact BWT on 01494 838100 or email commercialuk@bwt-uk.co.uk

6. Specifications

Mechanical Specification

Specification

/ Model

PM100S

PM150S

PM200S

PM250S

PM300S

PM400S

Pipe Size

(BSP male)

1”

1.5”

2”

2.5”

3”

4”

Coil diameter

(mm)

324

Coil width

(mm)

140

175

225

Overall length

(mm)

180

240

330

Coil weight

(kg)

Max flow rate

(l/sec)

1.5

3.0

6.0

8.0

12.0

Frictional loss

(bar)

<0.2

Max water

temperature

(°C)

Max pressure

(bar)

Electrical Specification

NOTE: MCB ratings are maximum safety ratings. Actual current drawn in operation is

significantly lower

Specification

/ Model

PM100S

PM150S

PM200S

PM250S

PM300S

PM400S

Transformer

Voltage (V)

13.5

Mains MCB

(A)

Coil Supply

MCB (A)

AC Power

Supply

230V/50Hz

Power

Consumption

(kW)

0.2

Dieses Handbuch passt für folgende Modelle

Inhaltsverzeichnis

Andere BWT Wasserfiltersystem Handbücher

BWT

BWT Protector BW Series Bedienungsanleitung

BWT

BWT SOLIFLOW Betriebsanleitung

BWT

BWT BWT Multi HM Bedienungsanleitung

BWT

BWT AQA drink PURE 2.0 Bedienungsanleitung

BWT

BWT Woda Pure Energy Bedienungsanleitung

BWT

BWT PRO A Bedienungsanleitung

BWT

BWT Bolero RF Series Bedienungsanleitung

BWT

BWT PERMAQ Compact 951 Bedienungsanleitung

BWT

BWT Avanti RF Series Bedienungsanleitung

BWT

BWT ECOSOFT MO5000 Bedienungsanleitung

BWT

BWT Diago Bedienungsanleitung

BWT

BWT Bewades P Bedienungsanleitung

BWT

BWT PERMAQ COMPACT 111 Bedienungsanleitung

BWT

BWT Diago HWS-A Bedienungsanleitung

BWT

BWT BWT bestaqua 24 HQ Handbuch

BWT

BWT VIZION HRS-100 Bedienungsanleitung

BWT

BWT Infinity M Bedienungsanleitung

BWT

BWT 1000 Bedienungsanleitung

BWT

BWT RTM CT T-500 Bedienungsanleitung

BWT

BWT RTM CS S-500 Bedienungsanleitung

BWT

BWT THERO 90PRO Bedienungsanleitung

BWT

BWT Grohe Blue 40 547 Bedienungsanleitung

BWT

BWT WRAS Powermag Bedienungsanleitung

BWT

BWT bestcamp Mini Handbuch

Beliebte Wasserfiltersystem Handbücher anderer Marken

Wisy

Wisy LineAir 100 Bedienungsanleitung

Schaffner

Schaffner Ecosine FN3446 Series Betriebsanleitung

Pentair

Pentair FLECK 4600 SXT Benutzerhandbuch

H2O International

H2O International H20-500 Bedienungsanleitung

Renkforce

Renkforce 2306241 Bedienungsanleitung

Neo-Pure

Neo-Pure TL3-A502 Bedienungsanleitung

FLTR

FLTR OBF Bedienungsanleitung

STA-RITE

STA-RITE VERTICAL GRID DE FILTERS S7D75 Bedienungsanleitung

Applied Membranes

Applied Membranes W-G844EM Bedienungsanleitung

BEGA

BEGA 116 Bedienungsanleitung

WATA

WATA Standard Bedienungsanleitung

Price

Price FFU series Handbuch

Gaggenau

Gaggenau BRITA INTENZA 467873 Bedienungsanleitung

Brita

Brita SAFF-100 Bedienungsanleitung

HEISSNER

HEISSNER FPU24000-00 Bedienungsanleitung

BGS technic

BGS technic 1518 Bedienungsanleitung

Reverse Osmosis

Reverse Osmosis RF Series Bedienungsanleitung

ubbink

ubbink Filtramax Series Bedienungsanleitung