Greenheck FSD-M231 User Manual

Application

Model FSD-M231 is a combination fire smoke damper with 3V style blades. The FSD-M231 has been qualified to 10.2 m/s and 1 kPa for operation and dynamic closure in emergency fire smoke situations. Model FSD-M231 may be installed vertically (with blades running horizontal) or horizontally and is rated for airflow and leakage in either direction.

Ratings

UL 555 Fire Resistance Rating

Fire Rating: 3 Hours Dynamic Closure Rating: Actual ratings are size dependant Maximum Velocity: 10.2 m/s Maximum Pressure: 1 kPa

UL 555S Leakage Rating

Leakage Class: I Operational Rating: Actual ratings are actuator dependant Maximum Velocity: 10.2 m/s Maximum Pressure: 1 kPa

Maximum Temperature: 177°C—Depending on actuator

Construction Standard Optional

Frame Material Galvanized steel -

Frame Material Thickness

Frame Type 127mm x 25mm

Blade Material Galvanized steel -

Blade Material Thickness

Blade Type 3V -

Linkage Plated steel out

Axle Bearings Bronze -

Axle Material Plated steel -

Blade Seals Silicone -

Jamb Seals 304SS -

Closure device RRL RRL/OCI, TOR,

Closure Temperature

W x H

mm 203 x 152

inches 8 x 6

1.5mm (16 ga.)

hat channel

1.5mm (16 ga.)

of airstream, concealed in jamb

74°C (165°F)

Minimum

Size

Single Section Multi-Section

813 x 1219 or

Maximum Size

914 x 914

32 x 48 or

36 x 36

Fusible Link

100°C (212°F), 121°C (250°F),

177°C (350°F)

1829 x 1219

72 x 48

Features:

• Frames are constructed with reinforced corners. Low profile head and sill are used on sizes less than 432mm (17 in.) high.

• Blades are reinforced with 3 longitudinal structurally designed vee's.

Model FSD-M231

Combination FIRE SMOKE DAMPERS

Steel 3-V Blades

UL 555S Leakage Class I

UL555 3 Hour Fire Resistance Rating

Model FSD-M231 meets the requirements for fire dampers, smoke dampers and combination fire smoke dampers established by:

National Fire Protection Association

NFPA Standards 80, 90A, 92A, 92B, 101 & 105

IBC International Building Codes

“UL CLASSIFIED (see complete marking on product)” “UL CLASSIFIED to Canadian safety standards (see complete marking on product)”

Standard 555 & 555S (Listing #R13317)

Greenheck Kunshan Co. Ltd and Greenheck Fan Corporation certiﬁes that the model FSD-M231 shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 511 and comply with

* W & H dimensions furnished approximately 6mm undersize. (Add sleeve

thickness for overall sleeved damper dimension). Right hand drive is shown. Left hand drive is available upon request.

Options:

• RRL/OCI (Open Closed Indications switches)

• TOR (Temperature Limited Override)

• Actuators (24V, 230V)

• Flanges

• Momentary test switch

• POC retaining angles

• Transitions (R, C)

Installation instructions available at www.greenheck.com

the requirements of the AMCA Certiﬁed Ratings Programs. The AMCA Certiﬁed Ratings Seal applies to air performance ratings only.

Pressure Drop Data FSD-M231

5D 6D

4 (W) (H

)

3.14

This pressure drop testing was conducted in accordance with AMCA Standard 500-D using the three configurations shown. All data has been corrected to represent standard air at a density of 1.201 kg/m3.

Actual pressure drop found in any HVAC system is a combination of many factors. This pressure drop information along with an analysis of other system influences should be used to estimate actual pressure losses for a damper installed in a given HVAC system.

AMCA Test Figures

Figure 5.3 Illustrates a fully ducted damper. This configuration has the lowest pressure drop of the three test configurations

because entrance and exit losses are minimized by straight duct runs upstream and downstream of the damper.

Figure 5.2 Illustrates a ducted damper exhausting air into an open area. This configuration has a lower pressure drop than Figure 5.5 because entrance losses are minimized by a straight duct run upstream of the damper.

Figure 5.5 Illustrates a plenum mounted damper. This configuration has the highest pressure drop because of extremely high entrance and exit losses due to the sudden changes of area in the system.

+ 4 hidden pages