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BPH Series

Brazed Plate Heater Cemline Packaged Brazed Plate Boiler Water
Fired Water Heater
Advantages
of Cemline® Packaged Brazed Plate Boiler Water Fired Water Heater
Cemline Packaged Brazed
Plate Boiler Water Fired Water Heaters (BPH) are a perfect choice
for domestic water heating systems using hydronic boilers including
cast iron, copper tube, water tube, or specialty high efficiency
boilers. The BPH heat exchanger allows these boilers to operate
more efficiently since the BPH heat exchanger can return the boiler
water to the hydronic boiler at lower temperatures than the traditional
u-bend heat exchanger. The boiler water can be returned to the
boiler as low as 90°F from the BPH water heater.
Cemline Packaged Brazed Plate Boiler Water Fired Water Heaters
(BPH) are completely packaged and ready for use. The BPH can be
used in conjunction with an existing tank or used as an instantaneous
water heater. The heaters come complete and require only connection
to services.
The BPH heat exchanger has a high heat transfer rate allowing
for maximum heat transfer between the boiler water and the domestic
water. As the heat is transferred from the boiler water to the
domestic water, the boiler water can experience large temperature
drops through the heat exchanger. The large temperature drops
occur without laminar flow on the boiler water side of the heat
exchanger. The heat exchanger can even allow for temperature crosses
between the boiler water outlet and the domestic water outlet
temperature, meaning the domestic water outlet temperature can
be greater than the returned boiler water temperature.
By taking large boiler water temperature drops less boiler water
is used to heat domestic hot water. This reduces the BTU load
on the boiler by the water heater, which ultimately reduces the
boiler size required for the hot domestic water load. Cemline
Corporation Brazed Plate Water Heaters are available with a storage
tank either a cement lined STONESTEEL® or 316-L stainless steel
vessel in sizes 60, 120, 200, 300, 500, and 680 gallon capacity.
See Cemline SPH brochure for more details.
The Cemline BPH comes factory standard with a 2-way electronically
operated control valve. The 2-way electronically operated control
valve allows for close temperature control of the water heater
by modulating flow of the boiler water through the heat exchanger.
The 1000:1 turn down ratio of the control valve allows for accurate
control of these water heaters.
Click here to learn
more about the BPH Series
Click here to view the BPH Series
Brochure (PDF)

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AC Series
Cemline Condensate After Coolers / Leg Assembly are designed to
cool condensate or hot water. The after cooler assembly mixes
hot water with cold water resulting in liquid temperatures acceptable
for municipal sewage and per the local code. This packaged after
cooler is perfect to be installed after a flash tank, blow down
tank, or condensate receiver as condensate should be flashed before
entering the condensate after cooler.
This unit is versatile as it can be supplied to be mounted either
in a horizontal or vertical position.
The Condensate After Cooler is supplied with check valve, cooling
valve, and thermometer. The self-acting thermostatic cooling valve
can be field adjusted to the desired set point between 77 and
150 oF. The valve opens as temperature increases on the bulb.
Standard Items:
After Cooler
Check Valve
Cooling Valve (1/2", ¾", and 1")
Thermometer

Click here to learn more
about the Cemline AC Series [PDF]
System Efficiency
Buffer Tanks (SEB series)
CEMLINE® Primary/Secondary Buffer
Tank, Air Separator
- Improves Efficiency of the Heating System
- Eliminates the Need for an Air Separator
- Primary/Secondary Hydraulic Separator

Cemline primary/secondary
buffer tanks improve system efficiency by preventing the problem
of short cycling boiler(s).
Low water content boilers operating
at low loads will short cycle leading to sooting, premature component
failure, and nuisance shut downs. If the boiler is allowed to
fire for a minimum of several minutes the full efficiency of the
boiler can be achieved preventing sooting, premature component
failure, and nuisance shut downs.
Boiler systems are sized to heat the building on the coldest days.
When the outside temperature is above minimum outside design conditions
the boiler may only require a short period of firing to warm the
building causing short cycling of the boiler. Installing a Primary/Secondary
buffer tank prevents this short cycling. Many boiler manufactures
do not recommend firing the boiler(s) more than 6 cycles per hour.
Cemline primary/secondary buffer tanks
remove air from the heating system, thus eliminating a separate
air separator.
Boiler systems require a low velocity area in the system to allow
entrained air to be separated from the boiler water. A Primary/Secondary
Buffer tank will have extremely low velocity and is used as the
air separator, thus eliminating the need for a separate air separator.
Cemline primary/secondary buffer tanks
act as a hydraulic separator by separating the primary and secondary
sides of the boiler system.
The primary/secondary hydraulic separator allows for variable
volume systems to operate with the modern boiler as instructed
in ASHRAE 90.1.
Cemline Primary/Secondary buffer tanks come complete with insulated
jackets [R-12.5] with Velcro closures for simple field installation.
Cemline Primary/Secondary buffer tanks have a well to accept Building
automation system or customer supplied temperature sensors. As
an option a factory supplied digital electronic thermostat can
be supplied to cycle the boilers on call for heat. This digital
electronic thermostat has a LCD temperature display and can be
easily field programmed for a minimum of 2 oF and maximum of 30
oF temperature differences.
The SEBs are vertical tanks, which come in 120, 200, 300, and
500-gallon capacities. The standard options on an SEB include
ASME Pressure vessel (125 psi working pressure @400 F), an air
vent, a field installed insulated jacket, and thermometer. Optional
equipment is a digital electronic programmable thermostat.
Click here to learn
more about the SEB Series.
Click here to view the
SEB Series Brochure. [PDF]
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