Installation Instructions - Eckerle EE 400 Manual De Instrucciones

Installation instructions

Features
- Silent running centrifugal pump with 1,5m power cord
- Ball bearing drive shaft
- Check valve to prevent back-flow of liquid into the unit
- Overflow safety alarm switch (only EE400M)
- Compact size
Application
The Eckerle condensate pumps EE400M and EE150 are designed to
automatically remove the liquid from an air-conditioner, evaporator coil
and/or an oil or gas condensing warm air boiler (only EE400M). This
pump is made from a tough ABS plastic body so it will resist corrosion,
impact and thermical influences. (pH ≥ 3, max. 70C°).
Specifications EE400M
- Electrical spec.:
- Alarm switch:
- Weight:
- Tank capacity:
- Dimensions:
- Pressure hose dia.:
- Limit of use:
S3 intermittant duty, 6 s on – 20 s off
- Pump unit can be used in an external pan as well
(only EE400M));maximum pan height 70 mm
Theroretical flow rate l/h
approx. 350
approx. 280
approx. 220
approx. 100
0
Specifications EE150
- Electrical spec:
- Weight:
- Tank capacity:
- Dimensions:
- Pressure hose dia.:
- Limit of use:
S3 intermittant duty, 1 s on – 5 s off
Theroretical flow rate l/h
approx. 120
approx.80
0
Installation
1. Carefully unpack the unit Check for damage and make
sure that all of the required parts are included. The unit
are thoroughly tested before packing to insu
re safe delivery and operation. If
of damage due to shipment, return it to the place
of purchase for repair or replacement.
2. Choose a mounting location near the air-conditioner or
boiler. The pump must be mounted level. And the inlet
must be below the lowest drain.
230V, 50/60Hz, 65VA
max. 230V, 8A (NO/NC) ohmic load
NC = red, NO = black, COM = white
approx. 1600 g
max. 0,5 l
185 x 85 x 100 (L x W x H)
8 x 2 mm
40l/h (approx. 400KW) @ 2,5m head
head (m)
0
1
2
3
4
230V, 50/60Hz, 48VA
approx. 850 g
max. 0,2l
165 x 65 x 85 (L x B x H)
8 x 2 mm
10l/h (approx. 30KW) @ 0,8m head
head (m)
0
1
1,5
there is any sign
3.The pump should be mounted in a way that the cover (EE400M)
and/or the pump unit inside (EE150) can be removed easily for
cleaning purposes. The clearance above the pump should be min.
160 mm (EE400M) or 80 mm. (EE150)
Connecting the piping
1. Run flexible tubing or pipe from the condensate drain on the
evaporator pan and/or drain from boiler to the inlet hole on the pump.
This drain line should have a continuous downward slope to
allow gravity flow. Cut the end of the line at an angle so the end
does not close off on the bottom of the pump's tank.
Note: If there's an overflow drain from the evaporator pan or from
the boiler, it may be necessary to tee the overflow and the main
drain together before they enter the pump.
2. Connect the discharge line by hand- tighten the cap nut of the
check valve in a clockwise direction. A flexible tubing with a size of
8x2 mm will be suitable. Extend the discharge line straight up from
the pump to the highest point, run the discharge line to a drain with
a downward slope.
For best results, the drain should be below or approx. level with the
bottom of the pump tank. If it is not possible to slope the line the line
downward, make an inverted „U" trap at the highest point of the
discharge line above the pump.
Note: Condensates discharged from condensing boilers can con-
tain residual contaminants like soot & unburned hydrocarbons. In
these systems, it is essential that the contaminated condensates
are treated before being delivered to the pump. Failure to comply
with these requirements can cause equipment malfunction.
Wiring
Shut off electrical power at the fuse box before making any wiring
connections. All wiring must be done according to local and/or applicable
national codes.
1. Main power: Both pump units are provided with a 1,5 m power cord.
Connect this cord to a constant line voltage source, not a fan or
other device that may run intermittently.
2. Overflow alarm switch: The pump type EE400M is equipped with an
overflow alarm switch (NO/NC) that has to be wired in any case.
Max. voltage 230 VAC/VDC, max switching current 8 A admissible
at resistive load.
The alarm contact will be activated after a 5s time delay.
Testing
1. With the unit plugged in and the discharge line in place, pour water
into the pump reservoir until the unit activates to verify the unit
works properly.
2. To test the overflow alarm circuit (only EE400M)
a) Energise the appliance so it is steady.
b) Kink the tube coming from the pump discharge so it cannot pump
out.
c) Pour water into the pump reservoir, filling it completely.
d) As the water level nears the top of the unit the overflow alarm
switch should activate.
e) Un-kink the tube and allow the pump to empty the tank. As the
water level goes down the overflow safety switch will deactivate
and the appliance will energise again (or the alarm will reset).
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GB