Data Sheet for Product

ManualsBrandsSiemens ManualsRoom controlsRoom Condition Monitor, RPM series

Technical Specification Sheet

Rev. 3, December, 1998

Document No. 149-286P25 Page 1 of 6

Room Pressurization Controllers

igu

gugu

gur

e e

e 1

. .

. R

Roo

oooo

oom

m m

m P

n n

n C

Con

onon

ontr

trtr

tro

r—

——

—E

ctr

trtr

tron

onon

oni

c c

c O

igu

gugu

gur

e e

e 2

. .

. R

Roo

oooo

oom

m m

m P

n n

n C

Con

onon

ontr

trtr

tro

r—

——

—P

Pneu

neuneu

neum

c c

c O

The Room Pressurization Controllers (Figures 1 & 2)

provide Direct Digital Control (DDC) technology for

space pressurization and room temperature control.

Typical applications include hospital isolation rooms,

surgical suites, critical care and ancillary care areas,

labs with constant volume 2 position fume hoods,

areas surrounding laboratories or wherever (positive or

negative) pressurization of the room environment is

critical. The Room Pressurization Controllers maintain

differential flow between the supply and exhaust

terminal boxes by controlling the damper actuators on

each terminal box. Reheat is provided by control of a

reheat valve. The Room Pressurization Controllers

offer two options for control devices. The Room

Pressurization Controller - Electronic Output controls

floating control valve and damper actuators. The Room

Pressurization Controller - Pneumatic Output controls

pneumatic valve and damper actuators. Each can

operate as an independent, stand-alone DDC controller

and can be connected on a Local Area Network (LAN)

with the APOGEE¥ Automation System. This extends

the benefits of DDC to all the building’s HVAC

equipment. This approach to room control includes the

following features.

Features

x Closed loop PID control of HVAC systems to

minimize offset and maintain tighter air volume

and temperature control,

x Dedicated control algorithms for specific

applications,

x Use of wall switch input to change from occupied

to unoccupied mode,

x Reports airflow in cfm (lps),

x Use of keyed switch to select pressurization

mode: protective isolation (positive), infectious

isolation (negative), no isolation,

x Separate minimum and maximum air volume

settings for heating and cooling modes (Variable

Air Volume (VAV)) applications only),

x Separate air volume set points for occupied and

unoccupied modes (CV applications only),

x HVAC diagnostics through communication with a

Portable Operator’s Terminal at a room sensor or

at any field panel,

x Set points and control parameters assigned and

changed using the Portable Operator’s Terminal,

x Electrically Erasable Programmable Read Only

Memory (EEPROM) for storing set points and

control parameters•no battery backup required,

x Returns from power failure without operator

intervention,

x Meets low duct static pressure requirements, and

x Proven APOGEE Automation System DDC

architecture.

Summary of content (6 pages)

PAGE 1
Technical Specification Sheet Rev. 3, December, 1998 Room Pressurization Controllers equipment. This approach to room control includes the following features. Features Figur gure 1. Room oom Pressurization Contr ontro troller—Electron troni onic Output. Figur gure 2. Room oom Pressurization Contr ontro troller—Pneum neumatic Output. The Room Pressurization Controllers (Figures 1 & 2) provide Direct Digital Control (DDC) technology for space pressurization and room temperature control.
PAGE 2
Control Applications Operating independently or as part of the APOGEE Automation System, the Room Pressurization Controllers can control a variety of pressure independent applications, including: x VAV with Hot Water Reheat, x Constant Volume with Hot Water Reheat, x Constant Volume in Occupied Mode and VAV in Unoccupied Mode with Hot Water Reheat (pneumatic output only) Description and Specifications The Room Pressurization Controllers consist of two differential pressure transducers and either an el
PAGE 3
Specifications Power Requirements Operating Range Power Consumption Inputs Analog Digital Outputs Dimensions Weight Controlled Temperature Accuracy, Heating or Cooling Ambient Conditions Storage Temperature Operating Temperature Humidity Range Agency Listings UL Listing CSA Certified FCC Compliance Communications Remote Local 19 to 28 Vac 50 Hz or 60 Hz 3.8 VA (Nominal) to 5.
PAGE 4
Pneumatic Output Module The Pneumatic Output Module (Figure 3) contains the transducers that provide the signal conversion from electronic to pneumatic. Three modules are used per controller. The gauge on the module provides a readout of the pneumatic control signal. This can be used during system start-up and troubleshooting. Specifications Maximum Input Pressure Air Consumption Power Consumption Dimensions Weight 30 psi 4 SCIM (1.1 ml/sec) 1.5 VA @ 24 Vac max.
PAGE 5
Figur gure 4. Porta rtable Operator’s Terminal Sample Display.
PAGE 6
Product Ordering Information Description Product Part Number Room Pressurization Controller - Electronic Output 540-516 Room Pressurization Controller with Autozero Module- Electronic Output 540-517 Room Pressurization Controller - Pneumatic Output 540-716 Room Pressurization Controller with Autozero Module- Pneumatic Output 540-717 Room Pressurization Controller Mode Switch 540-720 Document Ordering Information Description Document ent Part Number Room Temperature Sensor Specification Sheet