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TDX-1 - Prase Engineering

1. PARAM EQ ROUTING X OVER DELAY LINE PAR EQ sx D 1 CALL ENTER A Br 5 2 DiY2 SIORE LOCK PAR EQ es DIY 3 EDIT A B DLY4 SETUP Input A Input B b D output D Lock On Off keys on the Output for each of the four channels In Edit mode these keys give access to edit the Output level parameter RECALL In Recall mode you select which preset to recall using the ADJUST encoder and press ENTER to confirm D store Press to STORE Select a storing location using the ADJUST wheel and press ENTER to confirm DB ENTER The ENTER key is used to confirm various operations such as Store and Recall The LOCK key is used to lock unlock the TDX 1 front panel keys Default setting is locked B ADJUST encoder The ADJUST Encoder is used to change values on various parameters especially in the Edit mode D Press to enter Edit mode and select which parameter to edit by pressing the parameter keys D setup Press to enter the Setup menu In the Setup menu you will find parameters such as Lock setup various Level settings and Display Viewing CURSOR keys Use the CURSOR keys to Scroll between parameters in the various menus REAR PANEL
2. i 29 MEEO N 5 5 8 8 8 HE 8 8 8 o o vv vy DE od cp opm i v 5 T 5 8 E 8 7 T This example shows how 2 TDX 1s be used in conjunction to distribute Input signals to a 3 or 4 way system per side For each side Source signal can be connected to either Inputs A or B as only one Input per side is used For this example use Input A on both controllers Configure the Routing section as illustrated below Set Crossovers and additional parameters Using the Digital Input Digital Input 44 1 or 48kHz must be present in the Digital Input Press hold the DIGITAL button Configuration overview on the front panel until digital lock is ROUTING achieved Note The signal present on the DIGITAL INPUT is passed unprocessed to the DIGITAL THRU connection on the rear panel for further downstream processing 12 SETUPS System Distribution with delay Input A E CI Powe
3. cm e TANNOY ee ee OOOOQH Balanced Inputs Balanced Digital Com port for data Power Input on XLR for Outputs 1 4 S PDIF In X transfer The internal channels A B on XLR and Thru NO user application switchmode Use channel A on RCA powersupply accepts for mono Input phono from 100 to 240 VAC 3 lt Z 9 v Haas 3104 5 andano andy posi wvuva v Wvuva O peouejeq Bulssa201q Wdd SLAdLNO ze 40329 as andu Sojeuyparsiq NISOTVNV SINdNI DOWNY TYPICAL SETUPS Stereo Setup with subs Input Source A B 5 i 2 2 o o o an B e lt S 9 5 5 5 5 9 O jo O 5 5 5 _ v o 5 5 5 5 E d 3 8 3 a a This is a typical stereo setup with a set of subs Analog Input signal is fed on Inputs A B Configure Routing section as illustrated below Output channels 1 and 2 feeds the front loudspeakers Output channels 3 and 4 feeds the subs Using the Digital Input Digital Input 44 1 or 48kHz must be present in the Digital Input 7 Press hold the DIGITAL button Conf
4. Due to continuous development these specifications are subject to change without notice 19 PRESET LIST Operational Mode Stereo With Stereo Bass Stereo with mono Bass No 10 1 12 13 14 15 20 Preset Name V6 Stereo V6 V15BP St V6 VS15HL St V6 VS18DR St V6 VS10BP St V8 Stereo V8 V15BP St V8 VS15HL St V8 VS18DR St V8 VS10BP St V12 Stereo V12 V15BP St V12 VS15HL St V12 VS18DR St V12 VS10BP St Preset Description V6 Stereo Full Range V6 Stereo with VS15BP sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V6 Stereo with VS15HL sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V6 Stereo with VS18DR sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V6 Stereo with VS10BP sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V8 Stereo Full Range V8 Stereo with VS15BP sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V8 Stereo with VS15HL sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V8 Stereo with VS18DR sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V8 Stereo with VS10BP sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V12 Stereo Full range V12 Stereo with VS15BP sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V12 Stereo w
5. 28 PRESET LIST No Preset Name Preset Description 1 2 3 4 136 i6 V15BP i6AW T MP Mono with VS15BP i6 Ch A i6 Ch A VS15BP VS15BP sub Mono ChA ChA 137 i6 VS15HL M i6AW T MP Mono with VS15HL i6 Ch i6 Ch A VS15HL VS15HL sub Mono ChA ChA 138 i6 VS18DR M i6AW T MP Mono with VS18DR i6 ChA i6 Ch A VS18DR VS18DR sub Mono ChA ChA 139 i6 VS10BP M i6AW T MP Mono with VS10BP i6 Ch A i6 Ch A VS10BP VS10BP sub Mono ChA ChA 140 i8AW MP M i8AW T MP Mono Full Range i8 ChA i8 ChA i8 ChA i8 ChA 141 i8 V15BP M i8AW T MP Mono with VS15BP i8 ChA i8 ChA VS15BP VS15BP sub Mono ChA ChA 142 i8 VS15HL M i8AW T MP Mono with VS15HL i8 ChA i8 ChA VS15HL VS15HL sub Mono ChA ChA 143 i8 VS18DR M i8AW T MP Mono with VS18DR i8 Ch A ig Ch A VS18DR VS18DR sub Mono ChA ChA 144 i8 VS10BP M i8AW T MP Mono with VS10BP ig Ch ig Ch A VS10BP VS10BP sub Mono ChA ChA 145 iSAW MP M iSAW T MP Mono Full Range i5 ChA i5 ChA i5 ChA ib ChA 146 i5 V15BP M iSAW T MP Mono with VS15BP ib Ch A ib Ch A VS15BP VS15BP sub Mono ChA ChA 147 i5 VS15HL M iSAW T MP Mono with VS15HL ib Ch ib Ch A VS15HL VS15HL sub Mono ChA ChA 148 i5 VS18DR M iSAW T MP Mono with VS18DR i5 Ch A ib Ch A VS18DR VS18DR sub Mono ChA ChA 149 i5 VS10BP M iSAW T MP Mono with VS10BP ib Ch ib Ch A VS10BP VS10BP sub Mono ChA ChA 150 iW6DS Mono iW6DS Mono Full Range iW6DS iW6DS iW6DS iW6DS ChA ChA ChA ChA 29 PRES
6. TDX I DIGITAL SYSTEM CONTROLLER PROGRAM DISPLAY SCHEMATIC PARAM EQ ROUTING X OVER INPUT X PAR EQ A 772 DIGITAL i ue Sterec PAR EQ EIN B X3 Users manual IMPORTANT SAFETY INSTRUCTIONS The lightning flash with an arrowhead A symbol within an eguilateral triangle is intended to alert the user to the presence of uninsulated dangerous volt age within the product s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons Read these instructions Keep these instructions Heed all warnings Follow all instructions Do not use this apparatus near water Clean only with dry cloth Do not block any ventilation openings Install in accordance with the manufacturer s instructions 8 Do not install near any heat sources such as radiators heat registers stoves or other apparatus including amplifiers that produce heat 9 Do not defeat the safety purpose of the polarized or grounding type plug A polarized plug has two blades with one wider than the other A grounding type plug has two blades and a third grounding prong The wide blade or the third prong are provided for your safet
7. C VS10BP Sub Mono C CHA C CHA BP CHA BP CHA 30 PRESET LIST The Following Mono Presets assume that single input is used input which is routed to all Outputs No Preset Preset Description OP 1 OP 2 OP 3 OP 4 166 IQ10P iQ10P Passive Mid High iQ10P iQ10P iQ18B iQ18B iQ18B St Biamped with iQ18B CHA CHB CHA CHB subwoofer Stereo operation 167 IQ10P iQ10P Passive Mid High iQ10P iQ10P iQ18B iQ18B iQ18B M Biamped with iQ18B CHA CHA CHA CHA subwoofer Mono operation 168 1010 iQ10 Mid High with iQ18B 1010 010 iQ18B Not iQ18B M subwoofer 3 Way Mono High CHA _ CHA Used Operation 2 x TDX 1 required for stereo operation 169 1010 15 St 1010 15 Passive Mid High 1010 15 iQ10 15 iQ10 15 1010 15 Biamped with LF section Mid High Mid High LF CHA Stereo Operation CHA CHB 170 1010 15 3way 1010 15 Way Mono iQ10 15 iQ10 15 iQ10 15 Operation 2 x TDX 1 High CHA _ Used required for stereo operation 3 TANNOY HEAR BELIEVE Tannoy United Kingdom T 44 0 1236 420199 F 44 0 1236 428230 E enquiries tannoy com www tannoy com Tannoy North America T 519 745 1158 F 519 745 2364 E inquiries tannoyna com E60505011 6481 0437 Prod No Tannoy
8. Mono with VS10BP sub V8 Ch A V8 Ch A VS10BP 510 Mono ChA ChA 93 V12 Mono V12 Mono Full range V12 Ch A V12 ChA V12 ChA 12 94 V12 V15BP M V12 Mono with VS15BP sub V12 Ch A V12 ChA VS15BP VS15BP Mono ChA ChA 95 V12 VS15HL M V12 Mono with VS15HL sub V12 Ch A V12 ChA VS15HL VS15HL Mono ChA ChA 96 V12 VS18DR V12 Mono with VS18DR sub V12 Ch A V12 CchA VS18DR VS18DR Mono ChA ChA 97 V12 VS10BP M V12 Mono with VS10BP sub V12 Ch A 12 VS10BP VS10BP Mono ChA ChA 98 V12HP Mono V12HP Mono Full range V12HP V12HP V12HP V12HP ChA ChA ChA ChA 99 V12HP V15BP V12HP Mono with VS15BP V12HP V12HP VS15BP VS15BP sub Mono ChA ChA ChA ChA 100 V12HP VS15HLM 12 Mono with VS15HL V12HP V12HP VS15HL VS15HL sub Mono ChA ChA ChA ChA 101 V12HP VS18DRM V12HP Mono with VS18DR V12HP V12HP VS18DR VS18DR sub Mono ChA ChA ChA ChA 26 PRESET LIST No 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 Preset Name V12HP VS10BP M V300 Mono V300 V15BP M V300 VS15HL M V300 VS18DR M V300 VS10BP M V15 Mono V15 V15BP M V15 VS15HL M V15 VS18DR M V15 VS10BP M V12HPBiampM V300BiampM V15BiampM V6 V8M V12 V6M V12 V8M V12HP V6M Preset Description V12HP Mono with VS10BP sub Mono V300 Mono Full Range V300 Mono with VS15BP sub Mono V300 Mono with VS15
9. S CHB ARENA S CHB ARENA OP 3 iW62TS ChA CMS50 CHB CMS110 B CHA CMS60 ICT CHB CMS110 B CHA CMS60 TDC CHB CMS110 B CHA ARENA TS CHA VS10 BP CHA ARENA C CHB ARENA S CHA VS10 BP CHA OP 4 iW62TS ChB 550 CHB CMS110 B CHB 560 5110 560 TDC CHB CMS110 B CHB ARENA TS CHB VS10BP CHB ARENA C CHB ARENA TS CHB VS10BP CHB 25 PRESET LIST The Following Mono Presets assume that single input is used input which is routed to all outputs No Preset Name Preset Description OP 1 OP 2 OP 3 OP 4 83 V6 Mono V6 Mono Full Range V6 Ch A V6 Ch A V6 Ch A V6 Ch A 84 V6 V15BP M V6 Mono with VS15BP sub V6 Ch A V6 Ch A VS15BP VS15BP Mono ChA ChA 85 V6 VS15HL M V6 Mono with VS15HL sub V6 Ch A V6 Ch B VS15HL VS15HL Mono ChA ChA 86 V6 VS18DR V6 Mono with VS18DR sub V6 Ch A V6 Ch A VS18DR VS18DR Mono ChA ChA 87 V6 VS10BP M V6 Mono with VS10BP sub V6 Ch A V6 Ch A VS10BP 510 Mono ChA ChA 88 V8 Mono V8 Mono Full Range V8 Ch A V8 Ch A V8 Ch A V8 Ch A 89 V8 V15BP M V8 Mono with VS15BP sub V8 Ch A V8 Ch A VS15BP VS15BP Mono ChA ChA 90 V8 VS15HL M V8 Mono with VS15HL sub V8 Ch A V8 Ch A VS15HL VS15HL Mono ChA ChA 91 V8 VS18DR V8 Mono with VS18DR sub V8 Ch A V8 Ch A VS18DR VS18DR Mono ChA ChA 92 V8 VS10BP M V8
10. VS10BP Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 53 St i6AW T MP Stereo Full Range i6 ChA i6 ChA i6 ChB i6 ChB 54 i6 V15BP St Stereo with VS15BP 1 6 i6 Ch B VS15BP 515 sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 55 i6 VS15HL St i6AW T MP Stereo with VS1SHL i6 Ch i6 Ch B VS15HL _ VS15HL sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 56 i6 VS18DR St Stereo with iG Ch A i6 Ch VS18DR VS18DR VS18DR sub Stereo Route ChA ChB Channels A amp B to Outputs 3 amp 4 for Mono Sub 57 i6 VS10BP St i6AW T MP Stereo with VS10BP i6 Ch A io Ch VS10BP VS10BP sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 23 PRESET LIST No Preset Name Preset Description 1 2 3 4 58 i8AW MP St i8AW T MP Stereo Full Range i8 ChA i8 ChA i8 ChB i8 ChB 59 i8 V15BP St i8AW T MP Stereo with V815BP 8 ig ChB VS15BP VS15BP sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 60 i8 VS15HL St i8AW T MP Stereo with V815HL i8 Ch A ig ChB VS15HL _ VS15HL sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 61 i8 VS18DR St i8AW T MP Stereo with ig Ch A ig ChB VS18DR VS18DR VS18DR sub Stereo Route ChA ChB Channels A amp B to Outputs 3 amp 4 fo
11. interference in residential installations This eguipment generates uses and can radiate radio freguency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on The user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the eguipment and receiver Connect the equipment into an outlet on circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician for help For the customers in Canada This Class B digital apparatus complies with Canadian ICES 003 Cet appareil num rique de la classe B est conforme a la norme NMB 003 du Canada Certificate Of Conformity B Tannoy Ltd Rosehall Industrial Estate Coatbridge Strathclyde ML5 4TF Scotland hereby declares on own responsibility that following products Loudspeaker Management Controller that is covered by this certificate and marked with CE label conforms with following standards EN 60065 Safety requirements for mains IEC 60065 operated electronic and related apparatus
12. the Lock function Recall To recall a preset Press RECALL Select preset using the ADJUST encoder Press ENTER Reduce volume before recalling presets Recalling new preset may cause radical changes to both gain and routing settings NOTE Store 100 locations are available for user presets To store a a preset 1 Press STORE 2 If the currently recalled preset is a User preset the same user location is suggested If the currently recalled preset is a factory preset the first free user location is suggested f you wish to store the preset at a different location select the desired user location using the ADJUST encoder 3 Press ENTER 4 Now you may either press ENTER again to confirm and end the store operation or dial in a preset name of your choice using the CURSOR keys and ADJUST encoder and then press ENTER 5 The display indicates Preset Stored for a successful store operation The Setup menu The Setup menu holds various overall setup parameters Output Range Range 2 8 consum 14 20 pro dBu The Output range should match the Input sensitivity of your downstream device amplifier Please refer to the manual of that device Input Sensitivity Range 0 to 24dBu The Input range should match the Output range of your feeding device Please refer to the manual of that device or adjust according the Input meters Delay Unit The Delay time can be displayed in millisecon
13. A VS10BP ChA High ChA High ChA High ChA V8 ChA V6 ChA V8 ChA V6 ChA 27 PRESET LIST No Preset Preset Description 1 2 3 OP 4 120 V12HP V8M V12HP and V8 Mono Full range 12 V12HP V8 ChA V8 ChA ChA 121 V300 V6M V300 and V6 Mono Full range V300 ChA V6 ChA V6 ChA 122 V300 V8M V300 and V8 Mono Full range V300 ChA V300 ChA V8 ChA V8 ChA 123 V15 V6M V15 and V6 Mono Full range V15 ChA V15 ChA V6 ChA V6 ChA 124 V15 V8M V15 and V8 Mono Full range V15 ChA V15 ChA V8 ChA V8 ChA 125 i7 Mono i7 Mono Full Range i7 ChA i7 ChA i7 ChA i7 ChA 126 i7 V15BP M I7 Mono with VS15BP sub i7 Ch A VS15BP VS15BP Mono ChA ChA 127 i7 VS15HL M i7 Mono with VS15HL sub i7 ChA VS15HL VS15HL Mono ChA ChA 128 i7 VS18DR M i7 Mono with VS18DR sub i7 ChA i7 ChA VS18DR VS18DR Mono ChA ChA 129 i7 VS10BP i7 Mono with VS10BP sub i7 ChA VS10BP 510 Mono ChA ChA 130 i9 Mono i9 Mono Full Range i9 ChA i9 ChA i9 ChA i9 ChA 131 i9 V15BP M i9 Mono with VS15BP sub i9 ChA i9 ChA VS15BP C VS15BP Mono hA ChA 132 i9 VS15HL M i9 Mono with VS15HL sub i9 ChA ig Ch A VS15HL C VS15HL Mono hA ChA 133 i9 VS18DR M i9 Mono with VS18DR sub ig Ch ig Ch A VS18DR VS18DR Mono ChA ChA 134 i9 VS10BP M i9 Mono with VS10BP sub ig Ch ig Ch VS10BP C VS10BP Mono hA ChA 135 iGAW MP M Mono Full Range i6 ChA i6 ChA i6 ChA i6 ChA
14. EQ on each Output Four independent Delay lines up to 200ms Four high performance Limiters featuring a wide range of control over Attack Release amp Threshold parameters Output Gain adjustment Me P FRONT PANEL OVERVIEW 1 INPUT METERS PROGRAM DISPLAY SCHEMATIC O Power on off TDX 1 uses switchmode power supply that accepts from 100 240V AC B INPUT METERS For optimal performance the Input level indication should be around 5dB and occasionally peak at OdB If the CLIP indicator is lit the Input signal is too hot Input sensitivity can be set in the Level menus accessed via the INPUT A B keys or via the Setup menu B pisPLAY 32 character LCD displaying various operating parameters D DIGITAL IN select Press the DIGITAL IN key and the TDX 1 will try to lock to the Digital Input If a valid digital clock is present on the Input the unit will automatically use the digital signal as Input Source Press once more to release and switch to analog Inputs On Off switches for the two channels For the signal to pass further down the signal chain the key LEDs must be lit In Edit mode these switches give access to the Input Trim parameter for each channel PAR EQ A B On Off switches for the Parametric EQ on channe
15. ET LIST No Preset Preset Description 1 2 3 OP 4 151 iW6DS IW62TS iW6DS Mono with iW62TS iW6DS iW6DS iW62TS iW62TS sub Mono ChA ChA ChA ChA 152 iW6TDCM iW6TDC Mono Full Range iW6TDC iW6TDC iW6TDC iW6TDC ChA ChA ChB ChB 153 iW6TDC IW62TS 6 Mono with iW62TS iW6TDC iW6TDC iW62TS iW62TS sub Mono ChA ChA ChA ChA 154 CMS50 Mono CMS50 Mono Full Range 550 CMS50 CMS50 CMS50 CHA CHA CHA CHA 155 CMS50 CMS50 Mono with CMS110B CMS50 CMS50 CMS110 CMS110 CMS110B sub Mono CHA CHA B CHA B CHA 156 CMS60ICT Mono 560 Mono Full Range CMS60 CMS60 CMS60 CMS60 ICT CHA ICT CHA ICT CHA ICT CHA 157 560 CMS60 ICT Mono with CMS60 CMS60 CMS110 CMS110 CMS110B CMS110B sub Mono ICT CHA ICT CHA B CHA B CHA 158 CMS60TDC Mono CMS60TDC Mono Full Range CMS60 CMS60 CMS60 CMS60 TDC CHA TDC CHA TDC CHA TDC CHA 159 CMS60TDC CMS 560 TDC Mono with CMS60 CMS60 CMS110 CMS110 110B CMS110B sub Mono TDC CHA TDC CHA B CHA B CHA 160 ARENA S SUB ARENA S Mono with ARENA ARENA ARENA ARENA ARENA TS Sub Mono S CHA S CHA TS CHA TS CHA 161 ARENA ARENA S Mono with VS10BP ARENA ARENA VS10 VS10 S VS10BP Sub Mono S CHA S CHA BP CHA BP CHA 162 Mono ARENA Mono Full Range ARENA ARENA ARENA ARENA C CHA C CHA 163 ARENA C SUB ARENA C Mono with ARENA ARENA ARENA ARENA ARENA TS Sub Mono C CHA C CHA S CHA S CHA 164 ARENA ARENA C Mono with VS10BP ARENA ARENA VS10 VS10
16. H B H Type Freq Width Slope Hi Pass Par EQ Par EQ Par EQ Lo Pass Par EQ Delay Line Delay for each speaker Line Especially for compensating for speaker placement Range 0 to 200ms DELAY LINE ov Limiter A Limiter for each speaker line is available Correctly set the Limiter will prevent peaks from damaging your speakers Threshold Range 40 to 0 dB Sets the Threshold activation point for the Limiter 18 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 2nd order 0 03 4 Oct 0 03 4 Oct 0 03 4 Oct 2nd order 0 03 4 Oct Ratio Range Off to Infinity Sets the amount of attenuation Attack Range 1 to 100ms The Attack time is the time it takes for the Limiter to reach the gain reduction specified by the Ratio parameter Release Range 100ms to 7 sec Sets the time it will take for the Limiter to release the attenuation of the signal Output Range 6 12 18 22dBu It is important that the Controller Outputs are correctly matched to the Input range of your amplifier Please refer to your amplifiers manual for correct settings APPENDIX TECHNICAL SPECIFICATIONS Analog Inputs Connectors Impedance Bal Unbal Max Min Input Level 0 dBFS Sensitivity Range 12
17. HL VS15HL HL St sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 19 V12HP VS18 V12HP Stereo with VS18DR V12HP ChA V12HP ChB VS18DR C VS18DR Ch DR St sub Stereo Route Channels A hA B amp B to Outputs 3 amp 4 for Mono Sub 20 V12HP VS10 V12HP Stereo with VS10BP V12HP ChA V12HP Ch B VS10BP VS10BP BP St sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 21 V300 Stereo V300 Stereo Full Range V300 ChA V300 ChA X V300 ChB V300 ChB 22 V300 V15BP V300 Stereo with VS15BP sub V300 ChA V300 ChB VS15BP VS15BP St Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 23 V300 VS15H V300 Stereo with VS15HL sub V300 ChA V300 ChB VS15HL Ch VS15HL Ch L St Stereo Route Channels A amp B A B to Outputs 3 amp 4 for Mono Sub 24 V300 VS18D V300 Stereo with VS18DR sub V300 ChA V300 ChB VS18DR C VS18DR Ch R St Stereo Route Channels A amp B hA B to Outputs 3 amp 4 for Mono Sub 25 300 510 V300 Stereo with VS10BP sub V300 ChA V300 ChB X VS10BP VS10BP PSt Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 26 15 Stereo V15 Stereo Full Range V15 Ch A V15 Ch A V15 ChB V15 ChB 27 V15 V15BP V15 Stereo with VS15BP sub V15 Ch A V15 Ch B VS15BP VS15BP St Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 28 V15 VS15HL V15 Stereo with VS15HL sub V15 V15 VS15HL Ch VS15H
18. HL sub Mono V300 Mono with VS18DR sub Mono V300 Mono with VS10BP sub Mono V15 Mono Full Range V15 Mono with VS15BP sub Mono V15 Mono with VS15HL sub Mono V15 Mono with VS18DR sub Mono V15 Mono with VS10BP sub Mono V12HP Biamp Mono Refer to V12HP user manual to configure the speaker to Bi amp mode V300 Biamp Mono Refer to V300 user manual to configure the speaker to Bi amp mode V15 Biamp Mono Refer to V15 user manual to configure the speaker to Bi amp mode V6 and V8 Mono Full range V12 and V6 Mono Full range V12 and V8 Mono Full range V12HP and V6 Mono Full range OP 1 V12HP ChA V300 Ch A V300 Ch A V300 Ch A V300 Ch A V300 Ch A V15 Ch A V15 Ch A V15 Ch A V15 Ch A V15 Ch A Low ChA Low ChA Low ChA V6 ChA V12 ChA V12 ChA V12HP ChA OP2 V12HP ChA V300 Ch A V300 Ch A V300 Ch A V300 Ch A V300 Ch A V15 Ch A V15 Ch A V15 Ch A V15 Ch A V15 Ch A Low ChA Low ChA Low ChA V6 ChA V12 ChA V12 ChA V12HP ChA OP3 VS10BP C hA V300 Ch A VS15BP ChA VS15HL ChA VS18DR ChA VS10BP ChA V15 Ch A VS15BP ChA VS15HL ChA VS18DR ChA VS10BP ChA High ChA High ChA High ChA V8 ChA V6 ChA V8 ChA V6 ChA OP 4 S10BP ChA V300 Ch A VS15BP ChA VS15HL ChA VS18DR ChA VS10BP ChA V15 Ch A VS15BP ChA VS15HL ChA VS18DR Ch
19. L Ch St Stereo Route Channels A amp B ChA Ch B A B to Outputs 3 amp 4 for Mono Sub 29 V15 VS18D V15 Stereo with VS18DR sub V15 Ch A V15 Ch B VS18DR C VS18DR Ch RSt Stereo Route Channels A amp B hA B to Outputs 3 amp 4 for Mono Sub 21 PRESET LIST No Preset Name Preset Description 1 2 3 4 30 V15 VS10BP St V15 Stereo with VS10BP sub V15 Ch A V15 ChB VS10BP VS10BP Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 31 V12HPBiampSt 12 Biamp Stereo Refer to Low ChA Low ChB High ChA High ChB V12HP user manual to configure the speaker to Bi amp mode 32 V300BiampSt V300 Biamp Stereo Refer to Low ChA Low ChB High ChA High ChB V300 user manual to configure the speaker to Bi amp mode 33 V15BiampSt V15 Biamp Stereo Refer to V15 Low ChA Low ChB High ChA High ChB user manual to configure the speaker to Bi amp mode 34 V6 V8St V6 and V8 Stereo Full range V6 ChA V6 ChB V8 ChA V6 ChB 35 V12 V6St V12 and V6 Stereo Full range V12 ChA V12 ChB V6 ChA V6 ChB 36 V12 V8St V12 and V8 Stereo Full range V12 ChA V12 ChB V8 ChA V8 ChB 37 V12HP V6St V12HP and V6 Stereo Full V12HP V12HP V6 ChA V6 ChB range ChA ChB 38 V12HP V8St V12HP and V8 Stereo Full V12HP V12HP V8 ChA V8 ChB range ChA ChB 39 V300 V6St V300 and V6 Stereo Full range V300 ChA X V300 Ch V6 ChA V6 ChB B 40 V300 V8St V300 and V8 Stereo Full range V300 ChA _ V300 V8 ChA V8 ChB ChB 41 V15 V6St V15 and V6 Stereo F
20. al explains how to configure the TDX 1 to be tailored to your specific application As well as technical specifications it also contains helpful advice on how to obtain the best possible performance from the unit The TDX 1 is a compact and powerful DSP based audio processing unit ideally suited to fixed installations and live applications where it combines the functions of multiple conventional products in a compact 1U of rack space For ease of use the TDX 1 is supplied pre loaded with the most common configurations of our product ranges that require or benefit from the use of a system controller In addition there is a further 100 user presets available for other loudspeaker combinations which may be required for specific applications The TDX 1 digital system controller has two balanced XLR analog inputs a digital Input at 44 1 or 48kHz and four balanced XLR analogue outputs FS The TDX 1 incorporates the following fully configurable features Each Input has gain control and 4 bands of Parametric EQ Bands 1 amp 4 can be set for LF amp HF shelving response Routing section The signals present on Inputs A amp B can be routed to any of the four Output channels Crossovers on each Output channel Variable high and low pass filters for each output can be set with a choice of classic filters Independent control over high pass and low pass functions allow asymmetric crossover functions to be used Four band parametric
21. arthed Use a three wire grounding type line cord like the one supplied with the product Be advised that different operating voltages require the use of different types of line cord and attachment plugs Check the voltage in your area and use the correct type See table below Voltage Line plug according to standard 110 125V UL817 and CSA C222 no 42 220 230V CEE 7 page SR section 107 2 D1 IEC 83 page C4 BS 1363 of 1984 Specification for 13A fused plugs and switched and unswitched socket outlets This equipment should be installed near the socket outlet and disconnection of the device should be easily accessible To completely disconnect from AC mains disconnect the power supply cord from the AC receptable The mains plug of the power supply shall remain readily operable Do not install in a confined space Do not open the unit risk of electric shock inside Caution You are cautioned that any change or modifications not expressly approved in this manual could void your authority to operate this equipment Service There are no user serviceable parts inside All service must be performed by qualified personnel IMPORTANT SAFETY INSTRUCTIONS This eguipment has been tested found to comply with the limits for a Class B Digital device pursuant to part 15 of the FCC rules These limits are designed to provide reasonable protection against harmful
22. dB headroom A to D Conversion Ato D Delay Dynamic Range THD Frequency Response Crosstalk Analog Outputs Connectors Impedance Bal Unbal Max Output Level D to A Conversion D to A Delay Dynamic Range THD Frequency Response Crosstalk EMC Complies with Safety Certified to Environment Operating Temperature Storage temperature Humidity General Finish Display Dimensions Weight Mains Voltage Power Consumption Warranty Parts and labor XLR 21 kOhm 13 kOhm 24 dBu 0 dBu 12 dBu to 12 dBu 24 bit 128 x oversampling bitstream 0 70 ms 0 65 ms 44 1 kHz 48 kHz typ 110 dB 22 Hz to 22 kHz typ lt 110 dB 1 kHz 1 dBFS 0 0 1 dB 20 Hz to 20 kHz typ 100 dB 20 Hz to 20 kHz XLR 40 Ohm 20 Ohm 14 dBu 24 bit 128 x oversampling bitstream 0 68 ms 0 63 ms 44 1 kHz 48 kHz typ 110 dB typ 22 Hz to 22 kHz typ lt 110 dB 0 0014 96 1 kHz 13 dBu 0 0 5 dB 20 Hz to 20 kHz typ 100 dB 20 Hz to 20 kHz EN 55103 1 and EN 55103 2 FCC part 15 Class B CISPR 22 Class B IEC 65 EN 60065 UL6500 and CSA E60065 CSA FILE LR108093 32 F to 122 F 0 C to 50 C 22 F to 167 F 30 C to 70 C Max 90 non condensing Anodized aluminum front plated and painted steel chassis 2 x 16 character blue LCD 19 x 1 75 x 8 483 x 44 x 105 6 mm 3 3 Ib 1 5 kg 100 to 240 VAC 50 to 60 Hz auto select 15W 1 year
23. ds meters or feet Lock Function introduction As a speaker management controller is a key component in speaker setups a lock function is provided to prevent unintended change of parameters via the frontpanel Setting up the LOCK function is done via the Setup menu There are two basic Lock modes one mode where the frontpanel is unlocked simply by pressing the LOCK key once another mode where you need to press LOCK and then dial in the security code followed by ENTER in order to unlock the function keys The code is set via the Setup menu Timing function A timing function can be set for both Lock modes allowing the front panel keys to be unlocked for either 10 30 or 60 seconds 15 FRONT PANEL OPERATION Auto Lock Range Off 10 seconds 30 seconds 60 seconds Lock Code Range 0000 9999 0000 is no lock code and the front panel keys can be locked unlocked simply using the LOCK key The following section takes a look at the processing chain following the front panel layout from left to right On the front panel this is called the Schematic Section Digital In SCHEMATIC In DIGITAL A The TDX 1 accepts digital Input at 44 1 or 48kHz Per default the TDX 1 is set to analog Inputs To switch to the digital Inputs Be sure that a valid digital Input signal is present in the DIGITAL IN connection Press the DIGITAL IN key Analog I
24. ereo CMS60TDC C MS110B ARENA S SUB ARENA S VS10BP ARENA C Stereo ARENA C SUB ARENA C VS10BP Preset Description iW6TDC Stereo with iW62TS sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub CMS50 Stereo Full Range CMS50 Stereo with CMS110B sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub CMS60ICT Stereo Full Range CMS60 ICT Stereo with CMS110B sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub CMS60TDC Stereo Full Range CMS60 TDC Stereo with CMS110B sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub ARENA S Stereo with ARENA TS Sub Stereo Route Channels A amp B to outputs 3 amp 4 for Mono Sub ARENA S Stereo with VS10BP Sub Stereo Route Channels A amp B to outputs 3 amp 4 for Mono Sub ARENA C Stereo Full Range ARENA C Stereo with ARENA TS Sub Stereo Route Channels A amp B to outputs 3 amp 4 for Mono Sub ARENA C Stereo with 510 Sub Stereo Route Channels A amp B to outputs 3 amp 4 for Mono Sub OP 1 iW6TDC ChA 550 550 560 560 560 TDC CHA CMS60 TDC CHA ARENA S CHA ARENA S CHA ARENA 2 iW6TDC C hA CMS50 CHA CMS50 CHB CMS60 ICT CHA CMS60 ICT CHB CMS60 TDC CHA CMS60 TDC CHB ARENA
25. for household and similar general use EN 55103 1 Product family standard for audio video audio visual and entertainment lighting control apparatus for professional use Part 1 Emission EN 55103 2 Product family standard for audio video audio visual and entertainment lighting control apparatus for professional use Part 2 Immunity With reference to regulations in following directives 73 23 EEC 89 336 EEC September 2004 Graham Hendry Engineering Director Tannoy Professional Products TABLE OF CONTENTS INTRODUCTION Important Safety Instructions 8 Certificate of conformity a b Table of Contents 3 Introduction 4 Front Panel Overview 6 Rear Panel Overview 8 Signal Flow Diagram 9 Typical Setups 10 Control Section 15 Editing Parameters 15 ha ote 15 AS 0 RM 15 The Setup 15 The Lock 15 Technical Specifications 19 Preset LIST se e 20 English Version Rev 1 00 SW V 01 00 INTRODUCTION Thank you for purchasing the Tannoy TDX 1 digital system controller for your application The TDX 1 is a powerful Digital System Controller designed for superior audio quality and flexible system configuration intended to optimize the performance of Tannoy loudspeaker systems This manu
26. iguration overview on the front panel until digital lock is achieved ROUTING Note The signal present on the DIGITAL INPUT is passed unprocessed to the DIGITAL THRU connection on the rear panel for further downstream processing 10 TYPICAL SETUPS Stereo Setup Input Source A B N e 218 88 From I p A From 1 A In RN 5 From 1 JE i bf This setup is a typical small 2 way system Analog Input signal is fed to Inputs A and Configure Routing section as illustrated below Output channels 1 and 2 feeds loudspeaker Set A Output channels 3 and 4 feeds loudspeaker set B Using the Digital Input Digital Input 44 1 or 48kHz must be present in the Digital Input Press and hold the DIGITAL IN button Configuration overview on the front panel until digital lock is achieved ROUTING Note The signal present on the DIGITAL INPUT is passed unprocessed to the DIGITAL THRU connection on the rear panel for further downstream processing SETUPS 3 4 way setup Bi Amp Mid High won Input A
27. ith VS15HL sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V12 Stereo with VS18DR sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub V12 Stereo with VS10BP sub Stereo Route Channels A amp B to Outputs 3 amp 4 for Mono Sub OP 1 V6 Ch A V6 Ch A V6 Ch A V6 Ch A V6 Ch A V8 Ch A V8 Ch A V8 Ch A V8 Ch A V8 Ch A V12 Ch A V12 Ch A V12 Ch A V12 Ch A V12 Ch A OP2 V6 Ch A V6 Ch B V6 Ch B V6 Ch B V6 Ch B V8 Ch A V8 Ch B V8 Ch B V8 Ch B V8 Ch B V12 Ch A V12 Ch B V12 Ch B V12 Ch B V12 Ch B OP 3 V6 ChB VS15BP ChA VS15HL ChA VS18DR ChA VS10BP ChA V8 ChB VS15BP ChA VS15HL ChA VS18DR ChA VS10BP ChA V12 ChB VS15BP ChA VS15HL ChA VS18DR ChA VS10BP ChA OP 4 V6 ChB VS15BP ChB VS15HL ChB VS18DR ChB VS10BP ChB V8 ChB VS15BP ChB VS15HL ChB VS18DR ChB VS10BP ChB V12 ChB VS15BP ChB VS15HL ChB VS18DR ChB VS10BP ChB PRESET LIST No Preset Name Preset Description OP 1 2 3 4 16 V12HP V12HP Stereo Full range V12HP ChA V12HP ChA V12HP ChB V12HP ChB Stereo 17 V12HP V15B V12HP Stereo with VS15BP V12HP ChA V12HP ChB VS15BP VS15BP P St sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 18 V12HP VS15 V12HP Stereo with VS15HL V12HP ChA V12HP Ch B VS15
28. l A and B In Edit mode these keys give access to edit EQ settings ROUTING matrix The Output Routing Matrix allows you to freely distribute Input channels A B to any of the four Output channels Use the four switches in column A to send the signal from Input channel A to any of the four Outputs Use the four switches in column B to send the signal from Input channel B to any of the four Outputs o Eid Factors Preset TANNOY BIB 1 06 Stereo input keys On Off switches for the X Overs In Edit mode these keys give access to edit X Over settings B On Off switches for the EQ section on the four Output channels In Edit mode these keys give access to edit the EQ parameters D DELAY LINE On Off keys for the Delay block on the four Output channels In Edit mode these keys give access to edit the Delay parameters Limiter On Off keys for the Limiter block on the four Output channels In Edit mode these keys give access to edit the Limiter parameters FRONT PANEL OVERVIEW
29. nputs Input Bypass A B Input Trim MATIC DIGITAL IN B Signal from the two Inputs A and B will be passed to the Routing section if the LEDs in the two INPUT keys are lit Press to activate deactivate Input Trim In Edit mode you have access to individual Input trim parameters on channels A and B muted and the key LED will flash until lock is achieved To return to Analog Inputs press once more Parametric EQ Input EQ The Controller holds two parametric EQ sections The first is located on the Input side of the Routing matrix One for channel A and one for channel B Par EQA B Freq Width Slope Type 6dB Oct 12dB Oct 0 03 4 Oct 0 03 4 Oct 0 03 4 Oct 0 03 4 Oct 12dB Oct 6dB Oct Band 1 Lo Shelve Hi Pass Par EQ Par EQ Par EQ Par EQ Lo Pass Hi Shelve 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz 20 Hz 20 kHz l6 FRONT PANEL OPERATION Routing The Routing section is the railway station in the signal chain The signal present on Inputs A B can via the 2x4 select switches be routed Routing section as il stratedion the Front to none any or all of the four Output channels panel From the Routing section out the four channels _ individually processed with separate Over EO Delay Limite
30. r Mono Sub 62 i8 VS10BP St i8AW T MP Stereo with 510 i8 Ch A i8 ChB VS10BP 510 sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 63 iSAW MP St iSAW T MP Stereo Full Range i5 ChA i5 ChA i5 ChB i5 ChB 64 i5 V15BP St iSAW T MP Stereo with 515 15 i5 ChB VS15BP VS15BP sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 65 i5 VS15HL St iSAW T MP Stereo with V815HL i5 Ch A i5 ChB VS15HL VS15HL sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 66 i5 VS18DR St iSAW T MP Stereo with ib Ch A i5 ChB VS18DR VS18DR VS18DR sub Stereo Route ChA ChB Channels A amp B to Outputs 3 amp 4 for Mono Sub 67 i5 VS10BP St iSAW T MP Stereo with VS10BP 15 i5 ChB VS10BP VS10BP sub Stereo Route Channels A ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 68 iW6DS Stereo iW6DS iW6DS C iW6DS C iW6DS C iW6DS Stereo Full Range ChA hA hB hB 69 iW6DS IW62TS iW6DS Stereo with iW62TS iW6DS iW6DS iW62TS iW62TS sub Stereo Route Channels ChA ChB ChA ChB amp B to Outputs 3 amp 4 for Mono Sub 70 iW6TDC Stereo iW6TDC Stereo Full Range iW6TDC iW6TDC iW6TDC iW6TDC ChA ChA ChB ChB 24 PRESET LIST No 71 72 73 74 75 76 77 78 79 80 81 82 Preset Name iW6TDC IW62TS CMS50 Stereo CMS50 CMS110B 560 Stereo CMS60ICT CM 5110 CMS60TDC St
31. r and Output blocks Notice that the front panel layout is identical to the actual signal flow through the unit eile Mer Weil Example Input A distributed to Output 1 and 2 alternative illustration of the Routing andia section Outputs Select 1234 Select switches switches INA A typical example for stereo setup with split in both sides Processing More examples on pages 10 to 13 X Over For optimal settings please refer to your SEL speaker specifications JHE e The TDX 1 may hold presets that perfectly JHH match your speaker configuration i g X Over A B Type Freq Width Slope X Over Hi Pass 20 Hz 20 kHz 1st order Lo Pass Butterworth 2 Butterworth 3 Butterworth 4 Bessel 2 Bessel 3 Bessel 4 Linkw Riley 2 Linkw Riley 4 17 FRONT PANEL OPERATION Parametric EO Speaker EO JER
32. red Speaker _ Powered Speaker Powered Speaker Powered Speaker Powered Speaker Powered Speaker Powered Speaker Powered Speaker Configuration overview ROUTING ROUTING This example is similar to the previous example however the idea here is to distribute the signal with delay settings corresponding to the positioning of the speakers For each side Using the Digital Input Source signal be connected to either Digital Input 44 1 or 48kHz must Inputs A or B as only one Input per side is present in the Digital Input used For this example use Input A on both Press and hold the DIGITAL IN button controllers on the front panel until digital lock is Configure Routing section as illustrated in the achieved configuration overview Set a Delay time per channel matching the Note The signal present on the DIGITAL distance between the speakers INPUT is passed unprocessed to the Set additional processing parameters DIGITAL THRU connection on the rear panel for further downstream processing 13 SETUPS Dual Source Mono Dual Zone Source 1 Source 2 Loudspeaker Type A Zone 1 Subwoofer ge Ag _ _ Zone 1 Loudspeaker Sub
33. ull range V15 ChA V15 ChB V6 ChA V6 ChB 42 V15 V8St V15 and V8 Stereo Full range V15 ChA V15 ChB V8 ChA V8 ChB 43 i7 Stereo i7 Stereo Full Range i7 ChA I7 ChA i7 ChB i7 ChB 44 i7 V15BP St 17 Stereo with VS15BP sub i7 Ch B VS15BP VS15BP Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 22 PRESET LIST No Preset Name Preset Description 1 2 3 4 45 i7 VS15HL St i7 Stereo with VS15HL sub i7 Ch i7 Ch B VS15HL VS15HL Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 46 i7 VS18DR St i7 Stereo with VS18DR sub i7 Ch A i7 Ch B VS18DR VS18DR Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 47 i7 VS10BP St i7 Stereo with VS10BP sub i7 Ch i7 Ch B VS10BP VS10BP Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 48 i9 Stereo i9 Stereo Full Range 19 i9 ChA i9 ChB i9 ChB 49 i9 V15BP St i9 Stereo with VS15BP sub i9 Ch A i9 Ch B VS15BP VS15BP Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 50 i9 VS15HL St i9 Stereo with VS15HL sub i9 Ch A i9 Ch B VS15HL VS15HL Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 51 i9 VS18DR St i9 Stereo with VS18DR sub i9 Ch A i9 Ch B VS18DR VS18DR Stereo Route Channels A amp B ChA ChB to Outputs 3 amp 4 for Mono Sub 52 i9 VS10BP St i9 Stereo with VS10BP sub i9 Ch A i9 Ch B VS10BP
34. woofer Type B Zone 2 Type B Zone 2 This setup is used where two different zones or rooms need to be covered In this case Stereo is not the object Source 1 is connected to Input and Source 2 to Input B Configure the Routing section as illustrated below Set Crossovers and additional parameters Using the Digital Input Digital Input 44 1 or 48kHz must be present in the Digital Input Press hold the DIGITAL button Configuration overview on the front panel until digital lock is roune achieved Note The signal present on the DIGITAL INPUT is passed unprocessed to the DIGITAL THRU connection on the rear panel for further downstream processing 14 CONTROL SECTION CONTROL RECALL ENTER STORE Lock EDIT A SETUP Editing Parameters Parameters in the Edit mode Press EDIT followed by the key corresponding to the block you wish to edit Use the CURSOR keys to select parameter and the ADJUST encoder to set the desired value Notice that the Lock function may be engaged and you will in that case not be able to edit parameters until it is disengaged Please see the next column to learn about
35. y If the provided plug does not fit into your outlet consult an electrician for replacement of the obsolete outlet 10 Protect the power cord from being walked on or pinched particularly at plugs convenience receptacles and the point where they exit from the apparatus 11 Only use attachments accessories specified by the manufacturer Use only with the cart stand tripod bracket or table specified by the manufacturer or sold with the apparatus When a cart is used use caution when moving the cart apparatus combination to avoid injury from tip over 13 Unplug this apparatus during lightning storms or when unused for long periods of time 14 Refer all servicing to qualified service personnel Servicing is required when the apparatus has been damaged in any way such as power supply cord or plug is damaged liquid has been spilled or objects have fallen into the apparatus the apparatus has been exposed to rain or moisture does not operate normally or has been dropped NOOBRWN 12 The exclamation point within an A equilateral triangle is intended to alert the user to the presence of important operating and maintenance servicing instructions in the literature accompanying the product Warning To reduce the risk of fire or electrical shock do not expose this equipment to dripping or splashing and ensure that no objects filled with liquids such as vases are placed on the equipment This apparatus must be e

TDX-1 - Prase Engineering

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