CMS 503DC PI - Speaker TANNOY - Free user manual and instructions

USER MANUAL CMS 503DC PI TANNOY

Close-up of two white ceramic speakers with black centers and mounting holes (no text or symbols visible)

CMS 3.0 Series

CMS803DC BM/PI/Q / CMS803 PI BACKCAN

8" Full Range Ceiling Loudspeaker with Dual Concentric Driver

CMS603DC BM/PI / CMS603ICT BM/PI/LS / CMS603 PI BACKCAN

6" Full Range Ceiling Loudspeaker with Dual Concentric or ICT Driver

CMS503DC BM/PI/LP / CMS503ICT BM/PI/LP / CMS503 PI BACKCAN

5" Full Range Ceiling Loudspeaker with Dual Concentric or ICT Driver

CMS403DCE / CMS403ICTE

4" Full Range Ceiling Loudspeaker with Dual Concentric or ICT Driver and adjustable "eyeball" design

2 CMS 3.0 Series Quick Start Guide 3

EN

Safety Instruction

1. Read these instructions.

2. Keep these instructions.

3. Need all warnings.

4. Followal instructions.

5. Do not use this apparatus near water.

6. Clean dry with dry bulb.

7. Do not think any ventilation openings install in accordance with the manufacturer's instructions.

8. In actiatal transversal system

as radiators, heat registers, stores, or other apparatus

(including amplifiers) that produce heat

1. Use only attachments/accessories specified

by the manufacturer.

ES

10. Use only with
the car, stand, hood,
obtects of 1962 specified to the maculatus of
with the sum
When a fact is used.
use caution when moving
the cart/apparatus

DE

the cart/ap

Climatic/which of the injury has

11. Correct disposal of this
product, this symbol indicates that this product must be disposed.
of with household assets
accession to the 'NII Directive
(2012/19/EU) and your national
law. This product should be taken
to a collection center licensed for

the recycling of waste electrical and electronic equipment (EEE). The mishandling of this type of waste could have a possible negative impact on the environment and human health due to potentially hazardous substances that are generally associated with EEE. At the same time, your cooperation in the correct disposal of this product will contribute to the efficient use of natural resources. For more information about where you can take your waste equipment for recycling, please contact your local city office, or your household waste collection service.

1. Do not install in a confined space, such as a

book case or similar unit.

1. Do not place naked flame sources, such as lighted

candles, on the appearers.

The following table is a simple diagram and cannot be accurately represented by the OCR system.

generalment available at 15, Equipments

m = 311

PT

IT

4 CVS 3.0 Series Quick Start Guide 5

HL Belangrijke

houseprice 3.041 mag upgrades 2) product market

Thank you for purchasing this Tannoy Ceiling Monitor System product. Designed for both speech and music program material, the Tannoy CMS range provides exceptional sonic quality and long-term reliability in all ceiling mount applications. The CNS 3.0 DC series features new 16 ohm Dual Concentric drivers for improved performance and prolonged service life.

Unpacking

Every Tannoy product is carefully inspected before shipment. After unpacking, please inspect your product to ensure no damage has occurred in transit. In the unlikely event of damage, please notify your dealer and retain all shipping materials as your dealer may require return shipment.

All CMS loudspeakers are shipped in pairs and provided with the following accessories as standard: C-ring, tile-bridge kit, cut-out template and paint mask. A plaster (mud) ring is available as an optional accessory.

Safety Notices

Some regional construction codes require the use of a secondary method of securing loudspeakers in the ceiling to provide security of a backup support. A secondary support line should be attached from the safety loop on the rear of the product to a source point on the ceiling. For PI models, the secondary support line should be attached from the back of the driver chassis to a source point on the ceiling. Please consult the relevant construction codes in your region.

When using a power driver to install the product, it is essential to use the correct torque level settings to avoid over-tightening and damage to the ceiling material or clamps. Recommended torque setting: 1.5 Nm

Tannoy will not be held responsible for any damages caused by the improper installation of these loudspeakers.

The CMS 603 ICT LS is UL-1480, category UUMW, for use with non-DC supervised systems.

Electrical Safety Notice: To comply with the standard IL-1480, metal-clad flexible conduit (5K) is required for connection to the terminal block for proper earth grounding.

In order to comply with UL regulations, the PI backcan must always be used with the CMS PI models.

SHE

In addition, the following is a 100% 1980. It is required to be used in the first section of the actual call and given on each other, but it is not possible to use any such information from which we have been written in the way being in the first section of the second section of the third section of the fourth section of the fifth section of the sixth section of the seventh section of the eight section of the nine section of the ten section of the ten

Product Feature Identification

IMPORTANT NOTE: Drawings for each loudspeaker below are generic and apply to the loudspeaker types specified. Some variations will be apparent in some models, but differences are not critical for installation purposes except as noted.

Blind Mount

The blind-mount models are supplied with a pre-fitted backcan. Above applies to all models as well any others that do NOT have a "PI" suffix.

Pre-install

Two technical illustrations of mechanical components, one showing a circular housing and the other a 3D architectural model (no text or symbols visible)

A pre-install (PI) unit is shown without the optional pre-install backcan.

Pre-install backcan

Two 3D renderings of mechanical components with no visible text or symbols

Optional pre-install (PI) backcan for PI models.

NOTE: The CMS 603DC / ICT PI and CMS 803DC models have the transformer pre-attached to the inside of the backcan. The CMS 503DC / ICT PI has the transformer pre-attached to the loudspeaker assembly.

8 CVS 3.0 Series Quick Start Cuke 9

Accessories

Standard Accessories

C Ring Tile bridge hib None & the bridge kit must always be used when installing site separated cooling tiers Color TANNOX CMS 603 Installation Template Cut-out template Paint Mask TANNOX CMS 603 Paint Mask

Optional Accessories

Installation Guide for Suspended Ceilings

1. Remove the ceiling tile from its frame and place it on a flat surface. Position the cutout template (self adhesive backed) on the tile. (Fig.1)
2. Cut out the hole in the ceiling tie using a pad saw following the broken line indicated on the template (Fig.2)
3. Place the C-Ring and tile-bridge on top of the ceiling panel, aligning the C-Ring over the hole, and screw the C-Ring to the tile bridge using the fixings provided. (Fig. 3)

4. Go to the 'Wiring and Setting Up' chapter.

5. Slide the speaker assembly through the hole. Turn the screws (denoted "Screw Fox") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a firm grip is achieved. (NOTE: Screws have a Poziziv head; use of a Poziziv driver is recommended). If using a power driver, Tannoy recommends a torque setting of 1.3 Km. (Fig.4) DO NOT OVERTIGHTEN!

6. Attach the nylon safety to the hooks on the front taffle before attaching the gille by presenting it to the speakers and allowing the magnets to pull it into position (Fig.5). (With the CMS 403DCelCTe, the gille is already fitted to the product.)

NOTE ON INSTALLATION OF CMS 403DCe/ICTe:

Before tightening the screws in step 5, swivel the speaker in the desired direction. When the screws are tightened, the speaker will lock into position. Replace the front trim to conceal the mounting screws.

10 CMS 3.0 Series

Installation Guide for Sheetrock (Plasterboard) Ceilings

1. Position the cutout template (self adhesive backed) on the ceiling. (Fig.1)
2. Cut out the hole in the ceiling using a pad saw following the broken line indicated on the template then slide the C-ring into the ceiling, aligning it over the cut-out hole. (Fig.2)
3. Go to the 'Wiring and Setting Up' chapter, then return to point 4 below.
4. Slide the speaker assembly through the holo. Turn the screws (denoted "Screw Fix") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a form grip is achieved. [NOTE: Screws have a PazDriv head; use of a PazDriv driver is recommended]. If using a power driver, Tamnoy recommends a torque setting of 1.5 Nm. (Fig.3) DO NOT OVERTIGHTEN!
5. Attach the nylon safety to the hooks on the front table before attaching the grille by presenting it to the speakers and allowing the magnets to pull it into position (Fig.4). (With the CVS-403DCe/ICTe, the grille is already fitted to the product.)

NOTE ON INSTALLATION OF CMS 403DCe/ICTe:

Before tightening the screws in step-1, stivel the speaker in the desired direction. When the screws are tightened, the speaker will lock into position. Replace the front trim to conceal the mounting screws.

Fig.1

[5]

19.1

184

Installation Guide for Optional Plaster Ring

Quick Star Guide 11

EN

An optional plaster (mud) ring bracket is available from Tannoy. This bracket is designed to be pre-installed into newly constructed, non-suspended ceilings.

1. Nail or screw the plaster ring to the joints. (Fig. 1)

2. Lay the speaker wiring to where the speaker will be fitted and complete the plastering work on the ceiling. (Fig.2)

3. Go to the 'Wiring and Setting Up' chapter, then return to point 4 below.

4. Slide the speaker assembly through the hole. Turn the screws (denoted "Screw Fox") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a firm grip is achieved. (Note: Screws have a PoziDriv head; use of a PoziDriv driver is recommended). If using a power driver, Tamney recommends a torque setting of 1.5 Km. (Fig.3)

DO NOT OVERTIGHTEN!

1. Attach the nylon safety to the hooks on the front baffle before attaching the grille by presenting it to the speakers and allowing the magnets to pull it into position (Fig.4). With the CMS 4030Co/CTe, the grille is already fitted to the product.)

Hg

Fig.2

B(3

FLL4

NOTE ON INSTALLATION OF CMS 403DCE/ICTe:

Before tightening the screws in step 4, swivel the speaker in the desired direction. When the screws are tightened, the speaker will lock into position. Replace the front trim to conceal the mounting screws.

12 CVS 3.0 Series Quick Start Juice 13

Installation Guide for Optional Pre-Installation Backcan (PI Models Only)

An optional pre-install backcan is available for all pre-install [PI] models. The backcan is designed for pre-installation in newly constructed, non-suspended ceilings. NOTE: The CMS 603DC/CT and CMS RHDC models have the transformer pre-attached to the inside of the backcan; the CMS 503DC/CT models have the transformer pre-attached to the loudspeaker assembly.

1. Attach the backcan to a safe and secure fixing point. This can be done in a number of ways. METHOD 1: Fix the backcan to a secure fixing point by using suitable fixings with the 4 fixing holes provided on the PI backcan. (Fig.1)

METHOD 2: Secure the backcan to a safe and secure fixing point using suitable fixings with the flexible straps that are attached to the P1 backcan. (Fig.2)

METHOD 3:

a. Attach the PI backcan to the optional pre-mount ring (plaster ring) using the fixings provided with the pre-mount ring. (Fig.3)

b. Next, secure the wings of the pre-mount ring to a safe and secure fixing point by using suitable fixings. (Fig.4)

Please turn over

1

F42

131

F44

Installation Guide for Optional Pre-Installation Backcan (PI Models Only)

1. Attach the conduit to the installed backcan. This can be done in two ways:

METHOD 1: You can use the clamp at the back of the pre-install backcan. The product will accept a squeeze connector with a thread size of up to 22 mm. To remove the cable clamp, simply uncrew the threaded washer (under the wiring cover) which holds the cable clamp in place and replace it with a conduit squeeze connector. (Fig.5)

METHOD 2: You can use any of the three knock-out points at the sides of the PI backcan (19 mm, 22 mm or 28 mm diameter). (Fig.6)

1. If conduit is not chosen as the wiring method, run an approved speaker cable to the installed can. Terminate in the top mounted cable clamp or with an approved cable connector in one of the three knock-out points at the sides of the PI backcar.

2. Cut hole in the proper location in the ceiling using a pad saw. Place the pre-install backscan over the hole. (Fig.7)

1. Go to the 'Wiring and Setting Up' chapter, then return to point 6 below.

2. Side the speaker assembly through the note. Turn the screws (denoted "Screw Fix") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a form grip is achieved. NOTE: Screws have a PostDrive head; use of a PostDrive driver is recommended). If using a power driver, Tammy recommends a torque setting of 1.5 Nm. (Fig. 8) DO NOT OVERTIGHTEN!

3. Attach the nylon safety to the hooks on the front baffle before attaching the grille by presenting it to the speakers and allowing the magnets to pull it into position. (Fig.9)

增

Fig.5

Wiring and Setting Up

1. Open the wiring cover (if applicable) and locate the Euro-type connector plug and socket at the back of the speaker. [Fig.1]

2. For connection to an amplifier, use Pins 1 and 2 (Fig.2):

• Fin 1 is positive

- Pin 2 is negative

For connection to additional speakers in a distributed line, Pins 3 and 4 are in parallel where: • Pin 3 is negative

- Pin 4 is positive

1. Close the wiring cover and tighten both screws on the cable clamp (if applicable).

2. Use the rotary switch on the front of the unit to select low impedance (Lo2) mode or high impedance (70 V or 100 V) for distributed applications.

THE SPEAKER IS SUPPLIED IN LOW IMPEDANCE MODE. NEVER CONNECT THE SPEAKER TO A 70/100 VOLT AMPLIFIER WHILE IT IS SET FOR LOW IMPEDANCE.

CMS 403DC/e/ICTe and CMS 503DC/ICT models (all variants) use a 30 W transformer. In distributed line applications, the transformer can be tapped at 30 W, 15 W and 7.5 W, with an additional 3.75 W tap for 70 V line systems. [Fig.3]

CMS 603DC/CT and CMS 803DC models (all variants) use a 60 W transformer. In distributed line applications, the transformer can be tapped at 60 W, 30 W and 15 W, with an additional 7.5 W tap for 70 V line systems. (Fig.4)

Quick Star Guide

Fig.1

1027

(b).

Fig.1

Painting

If desired, the grille and baffle panel may be painted to match the surrounding décor.

Painting the baffle:

- Carefully mask off the driver assembly using the paint mask provided to ensure that the paint does not come into contact with the cone and roll surround.

- Apply several thin coats of paint – this will provide a better finish than one overly thick coat.

Painting the grille:

• Carefully remove the acoustically transparent grille cloth from the reverse side of the grille.
• Paint the grille and then replace the grille cloth - several thin coats of paint will provide a better finish than one overly thick coat.
• Re-bond the grille cloth to the grille over the entire area using a light spray-adhesive to avoid audible resonances.

Introducción

The bridge kit Note: A bit bridge kit must always be used when mounting into supervised ceiling tiles TANNOY CMS 603 Installation Template Cut-out temperature

In terms of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost of the cost

• 1 x broken out positive

3D rendering of a cylindrical mechanical component with mounting holes and a small inset showing a labeled section (no text or symbols visible)

The bridge kit Note: As the bridge kit must always be used when needing into supervised scaling tiles TANNOY CMS 603 Installation Template Cust-to-encence

Optionales Zubehör

In the case of the first, we are an important problem in the case 5.0003. The case is a significant problem in the case 1.0004. This is a significant problem in the case 2.0005. The case is a significant problem in the case 3.0006.

Pré-instalar backcan

3D rendering of a cylindrical industrial device with mounting flanges and a central hub (no visible text or symbols)

For the best work, the best job created in 1980, the best job created in 1981, the best job created in 1982, the best job created in 1983, the best job created in 1984, the best job created in 1985, the best job created in 1986, the best job created in 1987, the best job created in 1988, the best job created in 1989, the best job created in 1990, the best job created in 1991, the best job created in 1992, the best job created in 1993, the best job created in 1994, the best job created in 1995, the best job created in 1996, the best job created in 1997, the best job created in 1998, the best job created in 1999, the best job created in 2000, the best job created in 2001, the best job created in 2002, the best job created in 2003, the best job created in 2004, the best job created in 2005, the best job created in 2006, the best job created in 2007, the best job created in 2008, the best job created in 2009, the best job created in 2010, the best job created in 2011, the best job created in 2012, the best job created in 2013, the best job created in 2014, the best job created in 2015, the best job created in 2016, the best job created in 2017, the best job created in 2018, the best job created in 2019, the best job created in 2020, the best job created in 2021, the best job created in 2022, the best job created in 2023, the best job created in 2024, the best job created in 2025, the best job created in 2026, the best job created in 2027, the best job created in 2028, the best job created in 2029, the best job created in 2030, the best job created in 2031, the best job created in 2032, the best job created in 2033, the best job created in 2034, the best job created in 2035, the best job created in 2036, the best job created in 2037, the best job created in 2038, the best job created in 2039, the best job created in 2040, the best job created in 2041, the best job created in 2042, the best job created in 2043, the best job created in 2044, the best job created in 2045, the best job created in 2046, the best job created in 2047, the best job created in 2048, the best job created in 2049, the best job created in 2050, the best job created in 2051, the best job created in 2052, the best job created in 2053, the best job created in 2054, the best job created in 2055, the best job created in 2056, the best job created in 2057, the best job created in 2058, the best job created in 2059, the best job created in 2060, the best job created in 2061, the best job created in 2062, the best job created in 2063, the best job created in 2064, the best job created in 2065, the best job created in 2066, the best job created in 2067, the best job created in 2068, the best job created in 2069, the best job created in 2070, the best job created in 2071, the best job created in 2072, the best job created in 2073, the best job created in 2074, the best job created in 2075, the best job created in 2076, the best job created in 2077, the best job created in 2078, the best job created in 2079, the best job created in 2080, the best job created in 2081, the best job created in 2082, the best job created in 2083, the best job created in 2084, and

From the following table, we also need to be a 15.3300.1986 billion USD and a 4.011 billion USD in the last year of the period. The annual revenue, net, and gross profit are shown as: (1) Net income, net sales, and operating expenses for the first quarter; (2) Net profit, net sales, and operating expenses for the second quarter; (3) Net income, net sales, and operating expenses for the third quarter; (4) Net profit, net sales, and operating expenses for the fourth quarter; (5) Net income, net sales, and operating expenses for the fifth quarter; (6) Net profit, net sales, and operating expenses for the sixth quarter; (7) Net income, net sales, and operating expenses for the seventh quarter; (8) Net profit, net sales, and operating expenses for the eight quarter; (9) Net income, net sales, and operating expenses for the nine quarter; (10) Net profit, net sales, and operating expenses for the 10th quarter; (11) Net income, net sales, and operating expenses for the 11st quarter; (12) Net profit, net sales, and operating expenses for the 12nd quarter; (13) Net income, net sales, and operating expenses for the 13rd quarter; (14) Net profit, net sales, and operating expenses for the 14th quarter; (15) Net income, net sales, and operating expenses for the 15th quarter; (16) Net profit, net sales, and operating expenses for the 16th quarter; (17) Net income, net sales, and operating expenses for the 17th quarter; (18) Net profit, net sales, and operating expenses for the 18th quarter; (19) Net income, net sales, and operating expenses for the 19th quarter; (20) Net profit, net sales, and operating expenses for the 21st quarter; (21) Net income, net sales, and operating expenses for the 22nd quarter; (22) Net profit, net sales, and operating expenses for the 23rd quarter; (23) Net income, net sales, and operating expenses for the 24th quarter; (24) Net profit, net sales, and operating expenses for the 25th quarter; (25) Net income, net sales, and operating expenses for the 26th quarter; (26) Net profit, net sales, and operating expenses for the 27th quarter; (27) Net income, net sales, and operating expenses for the 28th quarter; (28) Net profit, net sales, and operating expenses for the 29th quarter; (29) Net income, net sales, and operating expenses for the 30th quarter; (30) Net profit, net sales, and operating expenses for the 31st quarter; (31) Net income, net sales, and operating expenses for the 32nd quarter; (32) Net profit, net sales, and operating expenses for the 33rd quarter; (33) Net income, net sales, and operating expenses for the 34th quarter; (34) Net profit, net sales, and operating expenses for the 35th quarter; (35) Net income, net sales, and operating expenses for the 36th quarter; (36) Net profit, net sales, and operating expenses for the 37th quarter; (37) Net income, net sales, and operating expenses for the 38th quarter; (38) Net profit, net sales, and operating expenses for the 39th quarter; (39) Net income, net sales, and operating expenses for the 40th quarter; (40) Net profit, net sales, and operating expenses for the 41st quarter; (41) Net income, net sales, and operating expenses for the 42nd quarter; (42) Net profit, net sales, and operating expenses for the 43rd quarter; (43) Net income, net sales, and operating expenses for the 44th quarter; (44) Net profit, net sales, and operating expenses for the 45th quarter; (45) Net income, net sales, and operating expenses for the 46th quarter; (46) Net profit, net sales, and operating expenses for the 47th quarter; (47) Net income, net sales, and operating expenses for the 48th quarter; (48) Net profit, net sales, and operating expenses for the 49th quarter; (49) Net income, net sales, and operating expenses for the 50th quarter; (50) Net profit, net sales, and operating expenses for the 51st quarter; (51) Net income, net sales, and operating expenses for the 52nd quarter; (52) Net profit, net sales, and operating expenses for the 53rd quarter; (53) Net income, net sales, and operating expenses for the 54th quarter; (54) Net profit, net sales, and operating expenses for the 55th quarter; (55) Net income, net sales, and operating expenses for the 56th quarter; (56) Net profit, net sales, and operating expenses for the 57th quarter; (57) Net income, net sales, and operating expenses for the 58th quarter; (58) Net profit, net sales, and operating expenses for the 59th quarter; (59) Net income, net sales, and operating expenses for the 60th quarter; (60) Net profit, net sales, and operating expenses for the 61st quarter; (61) Net income, net sales, and operating expenses for the 62nd quarter; (62) Net profit, net sales, and operating expenses for the 63rd quarter; (63) Net income, net sales, and operating expenses for the 64th quarter; (64) Net profit, net sales, and operating expenses for the 65th quarter; (65) Net income, net sales, and operating expenses for the 66th quarter; (66) Net profit, net sales, and operating expenses for the 67th quarter; (67) Net income, net sales, and operating expenses for the 68th quarter; (68) Net profit, net sales, and operating expenses for the 69th quarter; (69) Net income, net sales, and operating expenses for the 70th quarter; (70) Net profit, net sales, and operating expenses for the 71st quarter; (71) Net income, net sales, and operating expenses for the 72nd quarter; (72) Net profit, net sales, and operating expenses for the 73rd quarter; (73) Net income, net sales, and operating expenses for the 74th quarter; (74) Net profit, net sales, and operating expenses for the 75th quarter; (75) Net income, net sales, and operating expenses for the 76th quarter; (76) Net profit, net sales, and operating expenses for the 77th quarter; (77) Net income, net sales, and operating expenses for the 78th quarter; (78) Net profit, net sales, and operating expenses for the 79th quarter; (79) Net income, net sales, and operating expenses for the 80th quarter; (80) Net profit, net sales, and operating expenses for the 81st quarter; (81) Net income, net sales, and operating expenses for the 82nd quarter; (82) Net profit, net sales, and operating expenses for the 83rd quarter; (83) Net income, net sales, and operating expenses for the 84th quarter; (84) Net profit, net sales, and operating expenses for the 85th quarter; (85) Net income, net sales, and operating expenses for the 86th quarter; (86) Net profit, net sales, and operating expenses for the 87th quarter; (87) Net income, net sales, and operating expenses for the 88th quarter; (88) Net profit, net sales, and operating expenses for the 89th quarter; (89) Net income, net sales, and operating expenses for the 90th quarter; (90) Net profit, net sales, and operating expenses for the 91st quarter; (91) Net income, net sales, and operating expenses for the 92nd quarter; (92) Net profit, net sales, and operating expenses for the 93rd quarter; (93) Net income, net sales, and operating expenses for the 94th quarter; (94) Net profit, net sales, and operating expenses for the 95th quarter; (95) Net income, net sales, and operating expenses for the 96th quarter; (96) Net profit, net sales, and operating expenses for the 97th quarter; (97) Net income, net sales, and operating expenses for the 98th quarter; (98) Net profit, net sales, and operating expenses for the 99th quarter; (99) Net income, net sales, and operating expenses for the 100th quarter.

3D rendering of a cylindrical mechanical component with mounting holes and a small inset showing a labeled section (no text or symbols visible)

The bridge kit Note: A bit bridge kit must always be used when mounting into supervised ceiling tiles TANNOY CMS 603 Installation Template Cut-out temperature

Valfria Tillbehör

Thank you for purchasing this Tannoy Ceiling Monitor System product. Designed for both speech and music program material, the Tannoy CMS range provides exceptional sonic quality and long-term reliability in all ceiling mount applications. The CMS 3.0 DC series features new 16 ohm Dual Concentric drivers for improved performance and prolonged service life.

Unpacking

Every Tannoy product is carefully inspected before shipment. After unpacking, please inspect your product to ensure no damage has occurred in transit. In the unlikely event of damage, please notify your dealer and retain all shipping materials as your dealer may require return shipment.

All CMS loudspeakers are shipped in pairs and provided with the following accessories as standard: C-ring, tile-bridge kit, cut-out template and paint mask. A plaster (mud) ring is available as an optional accessory.

Safety Notices

Some regional construction codes require the use of a secondary method of securing loudspeakers in the ceiling to provide security of a backup support. A secondary support line should be attached from the safety loop on the rear of the product to a source point on the ceiling. For PI models, the secondary support line should be attached from the back of the driver chassis to a source point on the ceiling. Please consult the relevant construction codes in your region.

When using a power driver to install the product, it is essential to use the correct torque level settings to avoid over-tightening and damage to the ceiling material or clamps. Recommended torque setting: 1.5 Nm

Tannoy will not be held responsible for any damages caused by the improper installation of these loudspeakers.

The CMS 603 ICT LS is UL-1480, category UUMW, for use with non-DC supervised systems.

Electrical Safety Notice: To comply with the standard IL-1480, metal-clad flexible conduit (BK) is required for connection to the terminal block for proper earth grounding.

In order to comply with UL regulations, the PI backcan must always be used with the CMS PI models.

[Unreadable]

In addition, the following is a 100% 1980. It is required to be used in the first section of the actual call processing unit and the subsequent instructions for taking any place. So it is not possible, then will not require any other way to bring the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of the results of

Product Feature Identification

IMPORTANT NOTE: Drawings for each loudspeaker below are generic and apply to the loudspeaker types specified. Some variations will be apparent in some models, but differences are not critical for installation purposes except as noted.

Blind Mount

The blind-mount models are supplied with a pre-fitted backcan. Above applies to all models as well any others that do NOT have a "PI" suffix.

Pre-install

Two technical illustrations of mechanical components, one showing a circular housing and the other a 3D architectural model (no text or symbols visible)

A pre-install [PI] unit is shown without the optional pre-install backcan.

Pre-install backcan

Two 3D mechanical components with internal cavities and mounting holes, shown from different angles (no text or symbols visible)

Optional pre-install (PI) backcan for PI models.

NOTE: The CMS 603DC / ICT PI and CMS 803DC models have the transformer pre-attached to the inside of the backcan. The CMS 503DC / ICT PI has the transformer pre-attached to the loudspeaker assembly.

96 CMS3.0 Series

Accessories

Standard Accessories

Optional Accessories

Installation Guide for Suspended Ceilings

1. Remove the ceiling tile from its frame and place it on a flat surface. Position the cutout template (self adhesive backed) on the tile. (Fig.1)
2. Cut out the hole in the ceiling tie using a pad saw following the broken line indicated on the template (Fig.2)
3. Place the C-Ring and tile-bridge on top of the ceiling panel, aligning the C-Ring over the hole, and screw the C-Ring to the tile bridge using the fixings provided. (Fig. 3)

4. Go to the 'Wiring and Setting Up' chapter.

5. Slide the speaker assembly through the hole. Turn the screws (denoted "Screw Fox") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a firm grip is achieved. (NOTE: Screws have a Poziziv head; use of a Poziziv driver is recommended). If using a power driver, Tannoy recommends a torque setting of 1.3 Km. (Fig.4) DO NOT OVERTIGHTEN!

6. Attach the nylon safety to the hooks on the front taffle before attaching the gille by presenting it to the speakers and allowing the magnets to pull it into position (Fig.5). (With the CMS 403DCelCTe, the gille is already fitted to the product.)

Quick Steel Guide

Hg!

log?

Fig.3

18.4

(1)

NOTE ON INSTALLATION OF CMS 403DCe/ICTe:

Before tightening the screws in step 5, swivel the speaker in the desired direction. When the screws are tightened, the speaker will lock into position. Replace the front trim to conceal the mounting screws.

98 CMS3.0 Series

Quick Steel Guide 99

Installation Guide for Sheetrock (Plasterboard) Ceilings

1. Position the cutout template (self adhesive backed) on the ceiling. (Fig.1)
2. Cut out the hole in the ceiling using a pad saw following the broken line indicated on the template then slide the C-ring into the ceiling, aligning it over the cut-out hole. (Fig.2)
3. Go to the 'Wiring and Setting Up' chapter, then return to point 4 below.
4. Slide the speaker assembly through the holo. Turn the screws (denoted "Screw Fix") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a form grip is achieved. [NOTE: Screws have a PazDriv head; use of a PazDriv driver is recommended]. If using a power driver, Tamnoy recommends a torque setting of 1.5 Nm. (Fig.3) DO NOT OVERTIGHTEN!
5. Attach the nylon safety to the hooks on the front table before attaching the grille by presenting it to the speakers and allowing the magnets to pull it into position (Fig.4). (With the CMS-403DCe/ICTe, the grille is already fitted to the product.)

Fig.1

[5]

19.1

184

NOTE ON INSTALLATION OF CMS 403DCe/ICTe:

Before tightening the screws in step 4, trigger the speaker in the desired direction. When the screws are tightened, the speaker will lock into position. Replace the front trim to conceal the mounting screws.

Installation Guide for Optional Plaster Ring

An optional plaster (mud) ring bracket is available from Tannoy. This bracket is designed to be pre-installed into newly constructed, non-suspended ceilings.

1. Nail or screw the plaster ring to the joints. (Fig. 1)
2. Lay the speaker wiring to where the speaker will be fitted and complete the plastering work on the ceiling. (Fig.2)
3. Go to the 'Wiring and Setting Up' chapter, then return to point 4 below.
4. Slide the speaker assembly through the hole. Turn the screws (denoted "Screw Fox") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a firm grip is achieved. (Note: Screws have a PoziDriv head; use of a PoziDriv driver is recommended). If using a power driver, Tamney recommends a torque setting of 1.5 Km. (Fig.3)
   DO NOT OVERTIGHTEN!
5. Attach the nylon safety to the hooks on the front baffle before attaching the grille by presenting it to the speakers and allowing the magnets to pull it into position (Fig.4). With the CMS 4030Co/CTe, the grille is already fitted to the product.)

Hg

Fig.2

B(3

FLL4

NOTE ON INSTALLATION OF CMS 403Dc/ICTe:

Before tightening the screws in step 4, swivel the speaker in the desired direction. When the screws are tightened, the speaker will lock into position. Replace the front trim to conceal the mounting screws.

100 CMS 3.0 Series Quick Start Guide 101

Installation Guide for Optional Pre-Installation Backcan (PI Models Only)

An optional pre-install backcan is available for all pre-install [PI] models. The backcan is designed for pre-installation in newly constructed, non-suspended ceilings. NOTE: The CMS 603DC/ICT and CMS BDIDC models have the transformer pre-attached to the inside of the backcan; the CMS 503DC/ICT models have the transformer pre-attached to the loudspeaker assembly.

1. Attach the backcan to a safe and secure fixing point. This can be done in a number of ways: METHOD 1: Fix the backcan to a secure fixing point by using suitable fixings with the 4 fixing holes provided on the PI backcan. (Fig.1)

图1

METHOD 2: Secure the backcan to a safe and secure fixing point using suitable fixings with the flexible straps that are attached to the PI backcan. (Fig.2)

图2

METHOD 3: a. Attach the PI backcan to the optional pre-mount ring (plaster ring) using the fixings provided with the pre-mount ring. (Fig.3)

[Unreadable]

b. Next, secure the wings of the pre-mount ring to a safe and secure fixing point by using suitable fixings. (Fig.4)

无法识别

Installation Guide for Optional Pre-Installation Backcan (PI Models Only)

1. Attach the conduit to the installed backcan. This can be done in two ways:

METHOD 1: You can use the clamp at the back of the pre-install backcan. The product will accept a squeeze connector with a thread size of up to 22 mm. To remove the cable clamp, simply uncrew the threaded washer (under the wiring cover) which holds the cable clamp in place and replace it with a conduit squeeze connector. (Fig.5)

METHOD 2: You can use any of the three knock-out points at the sides of the PI backcan (19 mm, 22 mm or 28 mm diameter). (Fig.6)

1. If conduit is not chosen as the wiring method, run an approved speaker cable to the installed can. Terminate in the top mounted cable clamp or with an approved cable connector in one of the three knock-out points at the sides of the PI backcar.

2. Cut hole in the proper location in the ceiling using a pad saw. Place the pre-install backcan over the hole. (Fig.7)

Please turn over

102 CMS 3.0 Series Quick Start Guide 103

1. Go to the 'Wiring and Setting Up' chapter, then return to point 6 below.

2. Side the speaker assembly through the hole. Turn the screws (denoted "Screw Fix") clockwise on the front of the speaker to extend the mounting wings. Tighten the screws until a form grip is achieved. NOTE: Screws have a PostDrive head; use of a PostDrive driver is recommended). If using a power driver, Tammy recommends a torque setting of 1.5 Nm. (Fig.8) DO NOT OVERTIGHTEN!

3. Attach the nylon safety to the hooks on the front baffle before attaching the grille by presenting it to the speakers and allowing the magnets to pull it into position. (Fig.9)

18月
Fig.5

Wiring and Setting Up

1. Open the wiring cover (if applicable) and locate the Euro-type connector plug and socket at the back of the speaker. [Fig.1]

2. For connection to an amplifier, use Pins 1 and 2 (Fig.2);

• Pin 1 is positive

- Pin 2 is negative

For connection to additional speakers in a distributed line, Pins 3 and 4 are in parallel where:

- Pin 3 is negative

- Pin 4 is positive

1. Close the wiring cover and tighten both screws on the cable clamp (if applicable).

2. Use the rotary switch on the front of the unit to select low impedance (Lo2) mode or high impedance (70 V or 100 V) for distributed applications.

THE SPEAKER IS SUPPLIED IN LOW IMPEDANCE MODE. NEVER CONNECT THE SPEAKER TO A 70/100 VOLT AMPLIFIER WHILE IT IS SET FOR LOW IMPEDANCE.

CMS 403DC/e/ICTe and CMS 503DC/ICT models (all variants) use a 30 W transformer. In distributed line applications, the transformer can be tapped at 30 W, 15 W and 7.5 W, with an additional 3.75 W tap for 70 V line systems. [Fig.3]

CMS 603DC/CT and CMS 803DC models (all variants) use a 60 W transformer. In distributed line applications, the transformer can be tapped at 60 W, 30 W and 15 W, with an additional 7.5 W tap for 70 V line systems. (Fig.4)

Fig.1

140.7

[1]

Fig.1

104 CMS 3.0 Series Quick Start Guide 105

Painting

If desired, the grille and baffle panel may be painted to match the surrounding decor.

Painting the baffle:

• Carefully mask off the driver assembly using the paint mask provided to ensure that the paint does not come into contact with the cone and roll surround.
• Apply several thin coats of paint – this will provide a better finish than one overly thick coat.
  Painting the grille:
• Carefully remove the acoustically transparent grille cloth from the reverse side of the grille.
• Paint the grille and then replace the grille cloth - several thin coats of paint will provide a better finish than one overly thick coat.
• Re bond the grille cloth to the grille over the entire area using a light spray adhesive to avoid audible resonances.

CMS Series Model Dimensions

CMS 803DC BM

Hole Cut-out Size: 295 mm
Tamaño de corte del orificio: 295 mm
Taille de la découpe du trou: 295 mm
Lodratischnet: Grosse. 295 mm
Dimensione del ritacito del foro: 295 mm
Gat uitgesreden grootte: 295 mm
Hälsskuren storlek: 295 mm
Rozmiar wycięcia w otworze: 295 mm

CMS 803DC PI

Hole Cut-out Size: 295 mm
Tamaño de corte del orificio: 295 mm
Taille de la découpe du trou: 295 mm
Lochausschnitt Große: 295 mm
Tamaño do recorte do ano: 295 mm
Diministelle der Risiko betallo, 253 mm
Hörskuran strode: 785 mm
Rozmier wycięcia w otworze: 295 mm

106 CMS 3.0 Series Quick Start Guide 107

CMS Series Model Dimensions

CMS 803DC PI BACKCAN

Hole Cut-out Size: 295 mm

Hole Cut-out Size: 295 mm

CMS Series Model Dimensions

CMS 603DC BM

Hole Cut-out Size: 253 mm

Cat witnesses grade 253,000

Hälsskuren stadek: 253 mm

Hole Cut-out Size: 253 mm

CMS Series Model Dimensions

CMS 603DC PI

Hole Cut-out Size: 253 mm
Tamaño de corte del orificio: 253 mm
Taille de la découpe du trou: 253 mm
Lochausschnit Große: 253 mm
Tamanho do recorte do fundo: 253 mm
Dimensione de maglio de 100.25 mm Est. de la aplica di 753 mm
Häskurup sterisk: 253 mm
Roomar wyciccia w otworze: 253 mm

CMS 603ICT PI

Hole Cut-out Size: 253 mm
Tamaño de corte del onificio: 253 mm
Taille de la découpe du trou: 253 mm
Lochausschnitt Größe: 253 mm
Tamanho do recorte do furo: 253 mm
Dimensione del ntaglio del foro: 253 mm
Galt ausgeschieden größte: 253 mm
natskolen 107ek. 253 mm Bonnier uvisiada wefuero: 151 mm
normal by 1970, 4: 05/12.233 mm

CMS Series Model Dimensions

CMS 603DC PI BACKCAN

Hole Cut-out Size: 253 mm
Tamaño de corte del orificio: 253 mm
Taille de la découpe du trou: 253 mm
Lochausschnitt Große: 253 mm
Tamaño do recorte do rufo: 253 mm
Einheitsteile der Risikurierung. 213 mm Gesamtengaden geobt. 267 mm
Hörschung stade: 253 mm
Rozmiar wydęcia w otworze: 253 mm

CMS 603ICT PI BACKLAN

Hole Cut-out Size: 253 mm
Tamaño de corte del orificio: 253 mm
Taille de la découpe du trou: 253 mm
Lochausschritt: Größe: 253 mm
tamanho do recorte do dire. 235 mm
Dimensione del Traglio del foro: 253 mm
Hilsskuran stode: 253 mm
Rozmier wycięcia w otworze: 253 mm

110 CMS 3.2 Series Quikx San Guade 111

CMS Series Model Dimensions

CMS 603ICT LS

Hole Cut-out Size: 253 mm
Tamaño de corte del orificio: 253 mm
Taille de la découpe du trou: 253 mm
Lochausschnit Größe: 253 mm
Tamanho do recorte do fundo: 253 mm
Dimensione de maglio de 100.25 mm Est. de la aplica di 753 mm
Häskurup sterisk: 253 mm
Roomar wyciccia w otworze: 253 mm

CMS Series Model Dimensions

CMS 503DC BM

Hole Cut-out Size: 190 mm
Tamaño de corte del orificio: 190 mm
Taille de la découpe du trou: 190 mm
Lochaußschnitt Große: 190 mm Trembe der erwartete für 100 mm
Dimensione del rispetto del forso: 100 mm
Catuitessgaden grootte: 150 mm
Hälsskuren stadek: 190 mm
Rozmiar wycięcia w otworze: 190 mm

CMS 503ICT BM

Hole Cut-out Size: 190 mm
Tamaño de corte del orificio: 190 mm
Taille de la découpe du trou: 190 mm
Lochausschnitt Grolle: 190 mm
Tamaínho do recorte do ano: 190 mm
Dimensierte der Risiko betallo, 150 mm Gehaltzernaden mehr: 100 mm
Hörskuran strode: 700 mm
Rozmier wycięcia w otworac: 190 mm

112 CMS 3.2 Series Quicks Scan Guide 113

CMS Series Model Dimensions

CMS 503DC LP

Hole Cut-out Size: 253 mm
Tamaño de corte del orificio: 253 mm
Taille de la découpe du trou: 253 mm
Lochauschnitt Große: 253 mm
Tamarino do recorte do turo: 253 mm
Dimensione de maglio de 100.25 mm Est. de la aplica di 753 mm
Häskurup sterisk: 253 mm
Roomar wyciccia w otworze: 253 mm

CMS 503ICT LI

Hole Cut-out Size: 253 mm
Tamaño de corte del orificio: 253 mm
laite de la detoupe du trou: 253 mm
Lachalusschnitt Grosse: 253 mm
caminato di teorite di min: 255 mm Dimensione del italie del fuve: 263 mm
Gesitzermoden operte: 161 mm
Hälsskumpen sterlek: 251 mm
Rozmiar wyciecia w otworze: 253 mm

CMS Series Model Dimensions

CMS 503DC FI

Hole Cut-out Size: 190 mm
Tamaño de corte del orificio: 190 mm
Taille de la découpe du trou: 190 mm
Lochausschnitt Große: 190 mm
Tamaño do recorte do rufo: 190 mm
Linnelsliche der Risiken dericht. 150 mm Geswitzmoden geöht: 100 mm
Hölschungen stade: 100 mm
Rozmiar wycięcia w otworze: 190 mm

CMS 503ICT PI

Hole Cut-out Size: 190 mm
Tamaño de corte del orificio: 190 mm
Taille de la découpe du trou: 19
Lochaußschnitt Größe: 190 mm
Tamaño do recorte do ruró: 150 mm Dimensión del astrolión (lafres: 100 mm
Dimensielle der Risiko den 100 mm Gat vittverschern oder 150 mm
Hörschuss grade 200 mm
Rozmiar wydzieja w otworze: 190 mm

114 CMS 3.2 Series Quicks San-Guade 115

CMS Series Model Dimensions

CMS 503DC PI BACKCAN

Hole Cut-out Size: 190 mm

Hole Cut-out Size: 190 mm

CMS Series Model Dimensions

CMS 403DCe

Hole Cut-out Size: 187 mm
Tamaño de corte del orificio: 187 mm
Taille de la découpe du trou: 187 mm
Lochaußschnitt Große: 167 mm Trembe der sonst der lang 167 mm
Dimensione del rispetto del forso: 187 mm
Cat witnesses grade 157,000
Hälsskuren stadek: 187 mm
Rozmiar wycięcia w otworze: 187 mm

CMS 403ICTe

Hole Cut-out Size: 187 mm
Tamaño de corte del orificio: 187 mm
Taille de la découpe du trou: 187 mm
Lechausschnitt Größe: 187 mm
Tamanho do recorte do rufo: 187 mm
Dimensione der Taglio den Vio. 187 mm Fetiverwerten werden 167 mm
Katzungszweichgrißete: 10 Hörschun stadein: 187 mm
Rozmiar wydeca w otworze: 187 mm

116 CMS 3.2 Series Quicks San-Guade 117

Technical Specifications

CMS 8030C/Model CMS 8030CQ/Model
Performance
Frequency response (3 dB) *	47 Hz 10 MHz/10 kHz	47 Hz 30 kHz
Frequency range (10 dB) *	40 Hz 35 MHz/10 kHz
Frequency range (10 dB) *	41 Hz - 35 MHz/10 kHz
System sensitivity (W or Tm) *	50 dB (1 W = 4 for 16 GHz), 95 dB (1 W = 4 V/m) * Oned
Nominal Coverage Angle underground central 3D degree nominal
Power Handling*
Average 50 W
Programme 180 W
Peak 300 W
Recommended Amplifier Power 160/2 g / 16 Ohms
Nominal Impedance (Lo, Z) / 16 Ohms
Rated minimum SPI
Average	112 dB	113 dB
Peak	110 dB	119 dB
With DIF60-Average	110 dB	111 dB
Transformer Steps (in front output switch)
70V	(4) W (83 c) / 120 W (165 c) / 15 W (230 c) / 25 W (660 c) / 0.85 & low impedance operation, Refer to Note 4.
100 V	(6) W (165 c) / 200 V (100 c) / 15 V (660 c) / 0.85 & low impedance operation Refer to Note 4.
Transducers
Dual Concentric point source driver	1 x 250 mm (20"). dual Concentric driver using Drammagnet technology
Low Frequency	4 mm (25") color and, sealed and cut fiber paper pulse zone
High Frequency	25 mm (1.30") PCI zone
Physical
Endurance
Backion	Zone position used
Backie	Recover loaded 10,947-4 rated 645
Grid	Stairs, with whether connected to charging
Safety Features	Soldering location zone of endzone on the load bearing safety band
Camping Design	Secure by single clock Min / Mass clamping range 9.5 mm (10.35") / 45 mm (12.35") Recommended during torque: 1.5 Min
Backion Options
Brd Mount (80')	Complete with Fixed Backion	—
Preload (%)	Separated backion for pre installation	—
Cable Entry Options	Cube clamp & sequence connection for conduct up to 22 mm
Conduit Breakouts on PI Backion	3 sets of horizontal positions 15 x 22 x 28 mm (10.75" x 0.87" x 1.01)
Connectors	Removable locking connector with nanoterminals with Trap-through Facility
Compliance	III, 1400, II, 2043, CT

CMS 803DC Models CMS 803DCQ Model

Physical
Dimensions
Board Diameter	316.0 mm (12.56")
Front of ceiling to rear of backseat	—	472.5 mm (12.22")
Front of ceiling to top of safety loop	—	322.7 mm (12.90")
EM Mount Front of ceiling to rear of backseat	112.5 mm (12.37")	—
EM Mount Front of ceiling to top of safety loop	322.7 mm (12.90")	—
FL Modules: Front of ceiling surface to rear of speaker and	125.6 mm (8.34")	—
FL Module: Front of accessory heater at rear of top of safety loop	166.5 mm (6.66")	—
Hole cutout diameter (all models)	295 mm (11.60")
Net Weight (gal)	—	8.5 kg (18.24 lb.)
CNS-80002 FL	8.5 kg (18.34 lb.)	—
CNS-80002 FL	5.0 kg (11.02 lb.)	—
FL Jakarta	4.2 kg (9.25 lb.)	—
Included Accessories	G-Hino, the-edge h/o, paint manx, cut-out template, grille
Optional Accessories	Fluxer (musting, Ace-girls)
Packed Quantity	2

Trav
1. 2017年1月1日，公司与关联方达成《关于变更部分募集资金用途的议案》。
2.1.3.4.5.6.7.8.9.10.11.12.13.14.15.16.17.18.19.20.21.
S. Inghaw, 2016, 4: 28:31
A. 2018年，公司与关联方、董事、监事、高级管理人员不存在关联关系。
V. Bung, al., 2016, and 2017, 2018, 2019, 2020, 2021, 2022, 2023, 2024, 2025, 2026, 2027, 2028, 2029, 2030, 2031, 2032, 2033, 2034, 2035, 2036, 2037, 2038, 2039, 2040, 2041, 2042, 2043, 2044, 2045, 2046, 2047, 2048, 2049, 2050, 2051, 2052, 2053, 2054, 2055, 2056, 2057, 2058, 2059, 2060, 2061, 2062, 2063, 2064, 2065, 2066, 2067, 2068, 2069, 2070, 2071, 2072, 2073, 2074, 2075, 2076, 2077, 2078, 2079, 2080, 2081, 2082, 2083, 2084, 2085, 2086, 2087, 2088, 2089, 2090, 2091, 2092, 2093, 2094, 2095, 2096, 2097, 2098, 2099, 2100
In the case of the solution was not obtained. From the mean value of the solution, which is derived from the calculation process and the result of the solution, we also could be obtained at the same level.
where the first line is directly to us. From every direct space that when they are equal and equal,

118 CMS 3.2 Series Quicks San-Guade 119

Performance
Frequency response (3 dB) 15M DCDCs at 75 Hz - 30 kHz	75 Hz - 22 kHz
Frequency range (10 dB) 15M DCDCs at 50 Hz - 30 kHz	11 kHz - 24 kHz
Frequency range (10 dB) 15M DCDCs at 60 kHz - 30 kHz	40 kHz - 24 kHz
System sensitivity (1 U ± 1 m) 16		91 dB (11% = 14% for 16 Chms)
Nominal Coverage Angle 90 degrees central 92 degrees central
Coverage Angle (1 MHz to 4 MHz) 92 degrees
Directivity Factor (2) 7.1 arranged 1 milli-cable
Directivity Index (100 7.9 average 1 milli-cable)
Power Handling*
Average	80 W	62 W
Programme	100 W	120 W
Peak	320 W	290 W
Recommended Amplifier Power	100 W ± 16 Ohms	120 W or 16 Ohms
Nominal Impedance (Lp, Z)	16 Ohms
Rated minimum SPL
Average	110 dB	105 dB
Peak	116 dB	115 dB
Transformer Capsule (in front entry circuit)
70 V	16 W (30 Hz / 10Hz 10Hz) / 15 W (20Hz) / 15.5 W (6Hz) / 10Hz low impedance parameters. Refer to Noise 4.
100 V	10 W (15 Hz / 10Hz 15Hz) / 15 W (6Hz) / 10Hz low impedance parameters. Refer to Noise 4.
Crossover	—	7 Fast nonrechte coupled
Transducers
Dual Concentric point source driver	1 x 165 mm (3.5" Dual Congenitic drive, using Dammunject technology)	—
Low Frequency	44 mm (1.52" voice oil, treated/multi fiber power pump cone)	165 mm (5.32") nonreal loaded polypropylene
High Frequency	25 mm (1.00" PBS cone)	1 L aluminum dome
Physical
Endurance
Backion	Continuous speed
Rums	Ratio loaded 10-90/2 rated A/S
GTe	Steel, with ethylbenzeneic staining
Safety Features	Solder ring located in rear of endzone for load bearing safety tone
OMS 120K115	18 1400 1000V certification for the Safety applications
Comping Design	Standard bending clamping Mn / Max clamping range 0.5 mm (2.57" / 162 mm (2.36") Recommended clamping torque: 1.5 Km
Backion Options
Blind Mount (BBS)	Complete with fixed headboard
Pre-Shell 2"	Separate backboard for one-in-djuster
Cable Entry Options	Cube clamp & sensor connector for conduct up to 22 mm
Conduit Breakouts on PI Backion	3 sets of interdural positions: 19 V 22 V 28 mm (0.75" / 0.87" / 1.10")
Connectors	Renewable loading connector with secure/semi-nails with "fast through" facility
Compliance	III 1400, UI 2540, CF

CMS 603DC Models CMS 603ICT Models

Physical
Dimension
Fuel Diameter	274.3 mm (10.9")
BM Mount Front of ceiling to rear of backbone	151.8 mm (10.6")	216.5 mm (10.9")
BM Mount Front of ceiling to rear of safety loop	273.3 mm (10.9")	275.8 mm (10.9")
FL Width, Front of ceiling surface to rear of operation unit	100.2 mm (5.9")	103.0 mm (5.9")
FL Width, front of accessory back unit behind to rear of safety loop	166.5 mm (6.6")
Hole cutout diameter (all models)	251 mm (6.9")
Net Weight (cat)
COS 6003C BM	6.6 kg (14.6 lb)	—
COS 6003C FI	3.8 kg (6.37 lb)	—
COS 6003C BM	—	5.7 kg (11.9 lb)
COS 6003C FI	—	2.7 kg (5.35 lb)
FL Backsn	1.2 kg (6.3 lb)
Included Accessories	C Bag, the bridge bit, paint mask, cat or template, grille
Optional Accessories	Parental ring, face grille
Packed Quantity	2

5.46
2.1.4.3.10
Sler pier avreb@qop278-34518-0366
Cib+278.74500163(95)2: A B C D E F G H I N J K L M N N O N P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O P N O
We have been a new 2-year update of the best time (1958:3000:30) and the best time in the year.
For example, the actual values of the results are not available in the calculations that are derived from the results. The results are not available in the results.
The following table is a list of 10 items, including the first item and the last item.

120 CMS 3.0 Series Quick Star Guide 121

Performance
Frequency response (-3 dB)1	85 Hz - 57 kHz BW/Backion 88 Hz - 22 kHz
Frequency range (-10 dB)1	24 Hz - 54 kHz BW/Backion 77 Hz - 24 kHz
Frequency range (-10 dB)2	25 Hz - 54 kHz BW/Backion
System sensitivity (1 V ± 1 m)3	BF-63 (1 W = 1 V for 16.0 m/s)
Nominal Coverage single 90 degrees critical
Power Handling4
Average 60 W
Programmer 120 W
Peak 240 W
Recommended Amplifier Power 120 V ± 16 ohms
Nominal Impedance (0.0, Q) 16 ohms
Rated maximum SPI
Average 100 dB
Peak	(11.40)
Transformer Taps (in from rotary solids)
70 V	300 W (65.0 V / 15 W, 200.0 V / 7.5 W, 650.0 V / 13.75 W, 220.0 W / 10F) & low impedance operation
100 V	30 W (130.0 V / 15 W, 600.0 V / 7.5 W, 125.0 W / 10F) & low impedance operation
Transducers
Dual Concentric point source driver	1 a 135 mm (5.37" Dual Concentric drive, using Onshore magnet Ion loadings
Low Frequency	35 mm (1.26") wide tail, heated mesh fiber super polyp zone
High Frequency	20 mm (0.76") Hi drive
Physical
Endurance
Backion	Zinc plated steel
Ratios	Before loaded 1.34V or closed RBS
Grid	Steel, with another recent mounting
Safety Features	Safety ring installed at rear of endurance for load bearing safety bound
Camping Design	Security triple clamp tip / thin clamp loop range 9.5 mm (0.37") / 60 mm 12.36") free commences clamp torque: 1.5 Km
Backion Options
Direct Mount (BV)	Complete with rated backion	—
Pre install (%)	Separate backion for pre-installation	—
Cable Entry Options	Cable clamp-down/encounter connector for contact up to 22 mm
Contact Breakouts an PI Rackton	3 sets of rectangular pinsets 19 / 22 / 28 mm(12.79" / 10.83") 1.0 V	—
Connectors	Retractable locking connection with severe terminals with "loss through" facility
Compliance	UL-1900, UL-2045, OL
Dimensions
Board current	205.9 mm (0.11")	274.6 mm (0.79")
Front of ceiling to rear of backion	—	90.6 mm (0.83")
BOM/Inde front of ceiling to rear of backion	100.0 mm (2.40")	—
BOM/Inde front of ceiling to top of safety loop	225.3 mm (2.04")	—
PI Model Front of ceiling surface to rear of safety loop	133.3 mm (5.25")	—
PI Model Front of auxiliary backion trunk to top of safety loop	133.5 mm (6.34")	—
Hole output diameter [all models]	100 mm (2.48")	253.0 mm (5.06")
Net Weight (m2)	—	4.7 kg (10.36 lbd)
OMS 5DC 3M	4.2 kg (5.77 lb)	—
OMS 5DC 3M	3.2 kg (2.06 lb)	—
PI Boxon	1.3 kg (4.18 lb)	—
Included Accessories	C Bag, cable, acctgkin, point mark, cut and template, g/dle
Optional Accessories	Plaster limit ring, square hole
Packed Quantity	2

Hout
1. 2007-2008年，公司与上海浦东发展银行股份有限公司签订了《关于使用部分闲置募集资金进行现金管理的协议》。
1. 2014年1月1日
1. 2023年4月25日，公司发布《关于召开2023年第二次临时股东大会的通知》（公告编号：2023-069）。
The following table is in English:
The primary play tracks are well done. The track is well done for the most recent salary increase in the system under the work, which is not to move the job and will be done for the other, with a long run of work due to the new salary increase. This work is not to move the salary increase in the project.

(1) 本说明仅供参考。

CMS SOBCT Models		CMS SOBCT LP Model
Performance:
Frequency response [1-3 dB]1	85 Hz - 22.9Hz FM Elution 88 Hz - 50 Hz
Frequency range [1-10 dB]2	74 Hz - 24.6Hz FM Elution 77 Hz - 54 Hz
Frequency range [1-10 dB]3	71 Hz - 24.6Hz FM Elution
System conductivity [1 W g / 1 m]3	20 dB [1 W = 4 V for 16 Chms]
Nominal Coverage Angle 90 degrees nominal
Coverage Angle [1/20 to 6 MHz]	105 degrees	—
Directivity Factor (Ω)	5.6 average 1 kHz to 6 kHz	—
Directivity Index (ID)	70 average 1 kHz to 6 kHz	—
Power Handling3
Average 40 W
Frequency 100 W
Peak 200 W
Recommended Amplification Power 100 W g 16 Ohms
Nominal Impedance [Hz, Zr 16 Ohms]
Rated maximum SPL
Average 100 dB
Peak	112 dB
Transformer Taps (via front mounting point)
30 V	30 W (105 Ω) / 115 W (132 Ω) / 73 W (820 Ω) / 3.75 Ω / (300 Ω); 36F & low impedance operation
103 V	37 W (200 Ω) / 15 Ω (600 Ω) / 73.5 W (120 Ω) / 301 & low impedance operation
Crossover	7 Hz approximately coupled	—
Transducers
Low Frequency	110 mm (5.25" mineral loaded polypropulse)	1 x 100 mm (5.0" mineral loaded polypropulse)
High Frequency	ICI aluminum dome	ICT
Physical
Extrusive
Backout	Zinc colored steel
Bristle	Beckel loaded UL 99% coated ML5
Sickle	Screw, with weathered sheet coating
Safety Features	Safety ring located at rear of mechanical front end bearing safety bond
Clamping Design	Security toggle clamp Film / Max clamping range 9.5 mm (25.37" y" 50 mm (2.36"); Recommended clamp torque: 1.5 Km
Backcan Options
Electric Coaster (EM)	Complete with feed backcan	—
For Initial EPU	Separate backcan force installation	—
Cable Entry Options	Cable clamp & square connection for contact cars to 22 mm
Condul Konsicouts on PI Backcan	3 sets of horizontal positions: 16.722 / 28 mm (x,y' = 12.60" y' = 1.10")	—
Connections	Reversible locking connectors with cars to maintain with "loop through" facility
Compliance	III, 1986, II, 2041, CT
Dimensions
Metal Diameter	250.9 mm (2.11")	274.0 mm (29.39")
Front of ceiling to rear of backcan	—	38.6 mm (2.68")
BM Model Front of ceiling to rear of backcan	381.5 mm (2.42)	98.6 mm (10.61)
BM Model Front of ceiling to rear of safety stop	205.8 mm (8.10")	—
FLWedel Front of ceiling surface to rear of speaker unit	131.7 mm (5.39")	—
FLWedel roof of accessory backcan based to top of safety loop	151.5 mm (6.04")
Hole colour diameter (all models)	193 mm (7.08")	253.0 mm (39.65")
Net Weight (wt)	—	4.4 kg (9.23 lb)
CDS SOBCT PM	3.9 kg (8.10 lbs)	—
CDS SOBCT FI	2.95 kg (6.50 lbs)	—
FI Backtan	3.9 kg (4.10 lbs)	—
Included Accessories	Cling, the bridge cat, paint mask, cut-out template, gate
Optional Accessories	Paceter/molding, knee gasket
Packed Quantity	2

1
1. 2018年1月15日，公司召开2018年年度股东大会。
1. 本次申请的申请：投资者欲了解本议案。
The following table is in Chinese:
The following text in the source image is a non-textual, stylized graphic:
The following table provides the results of a specific analysis:

122 CMS 3.0 Series Quick Start Guide 123
CNS 403DCa Model CNS 403ICTe Model

Performance
Frequency response (-3 dB)18	110 Hz ~ 540Hz SM Backcom 110 Hz ~ 22 kHz
Frequency range (10 dB) 18-30Hz - 540Hz 60Hz	Iccm.01 Hz ~ 24 Hz
System sensitivity (110 g / 1 m)19	80 dB (19 ~ 47 for 16 Chms)
Nominal Coverage Angle 50 degrees central
Coverage Angle (1 MHz to 6 MHz) — 120 degrees
Directivity Factor (Q) — 5.26 averaged 1MHz to 6Hz
Directivity Index (D0) — 6.30 averaged 1kHz to 6Hz
Power Handling10
Average 40 W
Peak	165 W
Recommended Amplifier Power	40 W @ 16.4GHz
Nominal Impedance (Cu, Z)	16.0 gm
Rated minimum SPL
Average	104 dB
Peak	110 dB
Transformer Caps (6x front, stationary solid)
D/Y	30 W (165 W) or 15.7 W (184 W) or 1.5 W (664 W) or 1.3 W (1132 W) or 204 V & low impedance operation
100 V	30 W (130 W) or 1.5 W (664 W) or 1.3 W (1132 W) or 204 V & low impedance operation
Crossover		7 Mio inductively coupled
Transducers
Dual Concentric point source driver	1 x 100 mm (4.9") (One Concentric down, using thin instrument technology)	100 mm (4.9") (normal loaded polypropylene)
Low frequency	15 mm (1.38") power end, mounted multi-tower paper pump cone	10 mm (5.25") ICT aluminium dome
High Frequency	20 mm (0.37")/20 dume	—
Physical
Endosize
Backcom	Refer loaded 10 L/4W loaded ABS
Brake	Refer loaded 10 L/4W loaded ABS
Glove	Steel, 40% weather resistant loading
Safety Features	Safety ring location, rear of the source for load bearing safety band
Comping Design	Alfin / No clamping range: 0.2 mm (0.0") or 26.0 mm (0.29")Recommended lamp torque: 5.5 Km
Backcom
Wind Mount (MW)	Completely with front front front
Connectors	Removable locking connectors with other terminals with "Loop through" facility
Compliance	IL 1, 485, IL 2041, CT
Dimensions
Roof diameter	205.0 mm (5.0")
Front of ceiling so rear of pod	105.0 mm (5.6")
Hole colour diameter	107 mm (7.36")
Net Weight (mm)	3.2 kg (2.55 lb)	3.0 kg (6.61 lb)
Included Accessories	C Ring, the bridge kit, paint mark, are out template, grille
Optional Accessories	Plaster (mid) ring
Packed Quantity	2

例4.1
1. Bapacatilus, 2007; Fucan and E. Kellin
1. We have a similar job, not held at 200 and 500 years ago when we have the job in the work of 2000. We also have other men than you.
In the following two different conditions, the first and second conditions for an anti-oxidation reaction were performed by the same method. The second condition was used to be a key solution with the first condition of the second condition of the third condition of the second condition of the third condition of the second condition of the third condition of the second condition of the third condition of the second condition of the third condition of the second condition of the third condition of the second condition of the third condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the second condition of the next

124 CMS 3.0 Series Quick Start Guide 125

Other important information

Important information

1. Register online. Please register your new Music Tribe equipment right after you purchase it by visiting musictribe.com. Registering your purchase using our simple online form helps us to process your repair claims more quickly and efficiently. Also, read the terms and conditions of our warranty, if applicable.
2. Malfunction. Should your Music Tribe Author and Reseller not be located in your vicinity, you may contact the Music Tribe Authorized Fulfill for your country listed under "Support" at musicitibe.com. Should your country not be listed, please check if your problem can be dealt with by our "Online Support" which may also be found under "Support" at musicitibe.com. Alternatively, please submit an online warranty claim at musicitibe.com BEFORE returning the product.
3. Power Connections. Before plugging the unit into a power socket, please make sure you are using the correct mains voltage for your particular model. Fuzzy fuses must be replaced with fuses of the same type and rating without exception.

Hereby, Music Tribe declares that this product is in compliance with Directive

2011/65/Ell and Amendment 2015/863/EU, Directive 2012/19/EU, Regulation

519/2012 REACH SWHC and Directive 1907/2006/EU, and this passive product is not applicable to EMC Directive 2014/30/EU, LV Directive 2014/35/EU.

Full text of EU DoC is available at https://community.musictribe.com/

EU Representative: Music Tribe Brands DK A/S

Address: Gammel Strand 44, DK-1202 København K, Denmark

UK Representative: Music Tribe Brands UK Ltd.

Address: 6 Lloyds Avenue, Unit 4CL London EC3N 3AIX, United Kingdom