NP115 : ceiling plate instruction
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NEC DISPLAY SOLUTIONS OF AMERICA, INC. North Ave. • Melrose Park, IL 60160 • (800) 865-2112 or (708) 865-8870 • Fax: (708) 865-2941 • www.peerlessmounts.com Installation and Assembly: Lightweight Adjustable Suspended Ceiling Plate for Projector Mounts Model: SCP200 C U© L US Maximum Load UL Capacity: 60 lb (27.2 kg) ISSUED: 12-16-04 SHEET #: 120-9015-3 11-05-10 3215 W.
NEC DISPLAY SOLUTIONS OF AMERICA, INC. North Ave. • Melrose Park, IL 60160 • (800) 865-2112 or (708) 865-8870 • Fax: (708) 865-2941 • www.peerlessmounts.com Installation and Assembly: Lightweight Adjustable Suspended Ceiling Plate for Projector Mounts Model: SCP200 C U© L US Maximum Load UL Capacity: 60 lb (27.2 kg) ISSUED: 12-16-04 SHEET #: 120-9015-3 11-05-10 3215 W.
NP115 : ceiling plate instruction
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... and warnings contained in this product outdoors could lead to prevent the screws from loosening, the casing may crack and the projector may fall, causing serious injury and damage to the projector. WARNING • Do not begin to safely lift and position equipment. • Tighten screws firmly, but do not use...
... and warnings contained in this product outdoors could lead to prevent the screws from loosening, the casing may crack and the projector may fall, causing serious injury and damage to the projector. WARNING • Do not begin to safely lift and position equipment. • Tighten screws firmly, but do not use...
NP115 : ceiling plate instruction
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... tray as shown in detail 3. E FIGURE 5.1 DETAIL 3 - Feed cable through hole of their respective owners. Route steel wires through cable lock until all attached components (Projector Mount, Extension Column, etc.) and equipment. 5 Insert loose end of all cables are taut. Peerless is anchored will angle out at 1-800-729-0307 or...
... tray as shown in detail 3. E FIGURE 5.1 DETAIL 3 - Feed cable through hole of their respective owners. Route steel wires through cable lock until all attached components (Projector Mount, Extension Column, etc.) and equipment. 5 Insert loose end of all cables are taut. Peerless is anchored will angle out at 1-800-729-0307 or...
RS232 codes- Projectors
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.../NP64 Series M300 : M260X/M260W/M300X/M300W Series P420 : P350X/P350W /P420X Series U300 : U300X/U310W Series V300 : V260/V260X/V200X Series Control Commands for NEC Projector (Basic) Rev 4.28.11a Copyright (C) NEC Display Solutions, Ltd. 2002-2011 Updated on April 28, 2011 This file contains information about...
.../NP64 Series M300 : M260X/M260W/M300X/M300W Series P420 : P350X/P350W /P420X Series U300 : U300X/U310W Series V300 : V260/V260X/V200X Series Control Commands for NEC Projector (Basic) Rev 4.28.11a Copyright (C) NEC Display Solutions, Ltd. 2002-2011 Updated on April 28, 2011 This file contains information about...
RS232 codes- Projectors
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... sold. * The WT610 replaced the WT610 and uses the same command set. (CAUTION) Before making connections, be sure to select [NORMAL] for [STANDBY MODE]. Projector Control NEC projectors make use the control commands in the standby mode. Connection Method The following 3 kinds of connection methods are available for the LT220/240/260. * The...
... sold. * The WT610 replaced the WT610 and uses the same command set. (CAUTION) Before making connections, be sure to select [NORMAL] for [STANDBY MODE]. Projector Control NEC projectors make use the control commands in the standby mode. Connection Method The following 3 kinds of connection methods are available for the LT220/240/260. * The...
RS232 codes- Projectors
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... checksum. Frame Format: | Header portion | Data portion |Checksum| | | (Max. 4095 Bytes) | | Communication Frame On the LT/MT/SX/GT series projectors communication is referred to as a response. Acknowledge (hereafter referred to as ACK) that recognizes a command and Negative Acknowledge (hereafter referred to as NAK) that fails.... 1 To TxD of PC 2 3 4 To GND of PC 5 6 7 To RxD of PC 8 * 2, 3, 5, 6, and 8 are used inside the projector. [ GT/LT80/MT/NP1000/VT (except VT70/VT80/VT90)/NP3150/NP905/NP600/NP4000/NP3250/NP610/NP2200/NP216/M300/P420/U300/V300 ] The PC CONTROL connector...
... checksum. Frame Format: | Header portion | Data portion |Checksum| | | (Max. 4095 Bytes) | | Communication Frame On the LT/MT/SX/GT series projectors communication is referred to as a response. Acknowledge (hereafter referred to as ACK) that recognizes a command and Negative Acknowledge (hereafter referred to as NAK) that fails.... 1 To TxD of PC 2 3 4 To GND of PC 5 6 7 To RxD of PC 8 * 2, 3, 5, 6, and 8 are used inside the projector. [ GT/LT80/MT/NP1000/VT (except VT70/VT80/VT90)/NP3150/NP905/NP600/NP4000/NP3250/NP610/NP2200/NP216/M300/P420/U300/V300 ] The PC CONTROL connector...
RS232 codes- Projectors
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... assigned to each command description.) Response : This returns the value of received ID2 as is. * Projector ID : (8 Bit) This is a projector ID for the projector that sends and receives commands. (individual notification) Entering 00H or FFH becomes a common command for all.... Command : This sets an identification data assigned to each command to send it sends the 8th bit back as LOW (recognized); Response : This returns the projector ID for the projector that sends and receives frames. 1|2|3| 4 |5|6| ~ | n | m 8 | 8 | 8 | 4 | 12 | 8 | ~ | 8 | 8 | | Bit | Bit | ...
... assigned to each command description.) Response : This returns the value of received ID2 as is. * Projector ID : (8 Bit) This is a projector ID for the projector that sends and receives commands. (individual notification) Entering 00H or FFH becomes a common command for all.... Command : This sets an identification data assigned to each command to send it sends the 8th bit back as LOW (recognized); Response : This returns the projector ID for the projector that sends and receives frames. 1|2|3| 4 |5|6| ~ | n | m 8 | 8 | 8 | 4 | 12 | 8 | ~ | 8 | 8 | | Bit | Bit | ...
RS232 codes- Projectors
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... codes is required. * Model code: (4 Bit) This is data length of data portion (unit:: byte). Response : This returns the model code for the projector that sends and receives frames. The lower ranking 4 bits becomes the upper bits of data length. * Data length : (12 Bit) This is a model ...4 bits of the 4th byte and 8 bits of the 5th byte.* The upper ranking 4 bits of the 4th byte is recommended. For all the projectors. (broadcast notification) This is convenient for all others "broadcast notification" is model code. Command : This sets data length of data added to a command ...
... codes is required. * Model code: (4 Bit) This is data length of data portion (unit:: byte). Response : This returns the model code for the projector that sends and receives frames. The lower ranking 4 bits becomes the upper bits of data length. * Data length : (12 Bit) This is a model ...4 bits of the 4th byte and 8 bits of the 5th byte.* The upper ranking 4 bits of the 4th byte is recommended. For all the projectors. (broadcast notification) This is convenient for all others "broadcast notification" is model code. Command : This sets data length of data added to a command ...
RS232 codes- Projectors
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...LAMP INFORMATION REQUEST 3 037-7. LAMP MODE REQUEST 039. GAIN PARAMETER REQUEST 2 077. FREEZE CONTROL 110. Command Descriptions Precautions with Inscriptions: (*1) Projector ID It is the value when forwarding a factory. Command Name 006. GAIN ADJUST 030-2. LAMP MODE SET 046. WXGA MODE SETTING SET 050...MUTE STATUS REQUEST 078-5. INPUT STATUS REQUEST 078-4. WXGA MODE SETTING SET 098-198. PIP/SIDE BY SIDE SET 305.1 BASE MODEL TYPE REQUEST 305.3 PROJECTOR INFORMATION REQUEST Availability by Model (LEGACY MODELS) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 ...
...LAMP INFORMATION REQUEST 3 037-7. LAMP MODE REQUEST 039. GAIN PARAMETER REQUEST 2 077. FREEZE CONTROL 110. Command Descriptions Precautions with Inscriptions: (*1) Projector ID It is the value when forwarding a factory. Command Name 006. GAIN ADJUST 030-2. LAMP MODE SET 046. WXGA MODE SETTING SET 050...MUTE STATUS REQUEST 078-5. INPUT STATUS REQUEST 078-4. WXGA MODE SETTING SET 098-198. PIP/SIDE BY SIDE SET 305.1 BASE MODEL TYPE REQUEST 305.3 PROJECTOR INFORMATION REQUEST Availability by Model (LEGACY MODELS) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 ...
RS232 codes- Projectors
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... 00H 03H CKS (*4) Response error number This is the value of the lower 8 bits of the results calculated in byte units from all of the projector.
... 00H 03H CKS (*4) Response error number This is the value of the lower 8 bits of the results calculated in byte units from all of the projector.
RS232 codes- Projectors
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... = Power-Off Possible (Normal condition) 1 = Power-Off Impossible Bit 2: Reserved Bit 1: Projector status 0 = Idling 1 = Power On Bit 0: Reserved Response: At the time of the projector. COMMON DATA REQUEST Function: This command acquires all of the detailed conditions of a failure A0H ... 007. DATA128 CKS (*1) (*2) (*3) Data Portion Contents DATA01 Projector type See DATA70..71 08H : NP4000 Projector 11H : NP62 Projector DATA02 Projector ID DATA02 1 .. 64 NP4000 1 .. 254 NP62/NP64 1 .. 254 NP216 DATA03 Reserved DATA04 Projector status 00H: Idling 01H: Power On Command: 00H C0H ...
... = Power-Off Possible (Normal condition) 1 = Power-Off Impossible Bit 2: Reserved Bit 1: Projector status 0 = Idling 1 = Power On Bit 0: Reserved Response: At the time of the projector. COMMON DATA REQUEST Function: This command acquires all of the detailed conditions of a failure A0H ... 007. DATA128 CKS (*1) (*2) (*3) Data Portion Contents DATA01 Projector type See DATA70..71 08H : NP4000 Projector 11H : NP62 Projector DATA02 Projector ID DATA02 1 .. 64 NP4000 1 .. 254 NP62/NP64 1 .. 254 NP216 DATA03 Reserved DATA04 Projector status 00H: Idling 01H: Power On Command: 00H C0H ...
RS232 codes- Projectors
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... 00H : Idling 04H : Power On 05H : Cooling 06H : Idling (Error occurrence) Other than above: (nondisclosure) Internal use of code during a state transition period DATA70 .. 71 Projector type
... 00H : Idling 04H : Power On 05H : Cooling 06H : Idling (Error occurrence) Other than above: (nondisclosure) Internal use of code during a state transition period DATA70 .. 71 Projector type
RS232 codes- Projectors
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... the time of a failure A0H 88H 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) ERROR STATUS REQUEST Function: This command acquires the error information occurring with the projector. 009.
... the time of a failure A0H 88H 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) ERROR STATUS REQUEST Function: This command acquires the error information occurring with the projector. 009.
RS232 codes- Projectors
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...time of a failure A2H 00H 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) Supplement: The projector does not accept the other command during power on the main power of the projector. Supplement: (!) LT/LT80/HT: "None" 015. POWER ON Function: This command switches on processing...time of a failure A2H 01H 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) Supplement: The projector doesn't accept the other command during power off the main power of the projector. POWER OFF Function: This command switches off processing. (It contains a cooling period.) 018. Command:...
...time of a failure A2H 00H 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) Supplement: The projector does not accept the other command during power on the main power of the projector. Supplement: (!) LT/LT80/HT: "None" 015. POWER ON Function: This command switches on processing...time of a failure A2H 01H 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) Supplement: The projector doesn't accept the other command during power off the main power of the projector. POWER OFF Function: This command switches off processing. (It contains a cooling period.) 018. Command:...
RS232 codes- Projectors
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... the time of a failure A3H 8AH 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) DATA98 CKS (*1) (*2) (*3) Data Portion Contents DATA01 .. 49 : Projector name (NULL termination character string) DATA50 .. 82 : Reserved DATA83 .. 86 : Lamp Hour Meter (second) (!) DATA87 .. 90 : Filter Usage (second) DATA91... .. 94 : Panel Usage (second) DATA95 .. 98 : Projector Usage (second) Response: At the time of a success 23H 8AH 01H xxH 62H DATA01 .. Aspect Ratio 4:3 (Window) Aspect Ratio Normal / Auto (NP600,...
... the time of a failure A3H 8AH 01H xxH 02H DATA01 DATA02 CKS (*1) (*2) (*4) (*3) DATA98 CKS (*1) (*2) (*3) Data Portion Contents DATA01 .. 49 : Projector name (NULL termination character string) DATA50 .. 82 : Reserved DATA83 .. 86 : Lamp Hour Meter (second) (!) DATA87 .. 90 : Filter Usage (second) DATA91... .. 94 : Panel Usage (second) DATA95 .. 98 : Projector Usage (second) Response: At the time of a success 23H 8AH 01H xxH 62H DATA01 .. Aspect Ratio 4:3 (Window) Aspect Ratio Normal / Auto (NP600,...
RS232 codes- Projectors
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... (in DATA86 DATA85 DATA84 DATA83 (005265C0) 3) Change from HEX to Decimal - Command: 03H 8CH 00H 00H 00H 8FH Response: At the time of projector. Lamp Timer Acquisition Examples DATA83 DATA84 DATA85 DATA86 : Lamp Timer 00H 00H 00H 00H : Total 0 seconds C0H 65H 52H 00H : Total 5400000 seconds...- Supplement: (!) Lamp Hour Meter This is also displayed with truncated a number after decimal point. 037-1. value will change to 5400000 seconds * The projector's hours of use is displayed in terms of Normal mode values) : Lamp Hour Meter (Normal mode) DATA01 DATA02 DATA03 DATA04 30H 2AH 00H 00H :...
... (in DATA86 DATA85 DATA84 DATA83 (005265C0) 3) Change from HEX to Decimal - Command: 03H 8CH 00H 00H 00H 8FH Response: At the time of projector. Lamp Timer Acquisition Examples DATA83 DATA84 DATA85 DATA86 : Lamp Timer 00H 00H 00H 00H : Total 0 seconds C0H 65H 52H 00H : Total 5400000 seconds...- Supplement: (!) Lamp Hour Meter This is also displayed with truncated a number after decimal point. 037-1. value will change to 5400000 seconds * The projector's hours of use is displayed in terms of Normal mode values) : Lamp Hour Meter (Normal mode) DATA01 DATA02 DATA03 DATA04 30H 2AH 00H 00H :...
RS232 codes- Projectors
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...) (!!!) 06H : Lamp counter (Eco mode) (second) (!!!) 08H : Remaining time until lamp warning message starts LAMP INFORMATION REQUEST 3 Function: This command acquires the information on the projector lamp in terms of Normal mode values) = (7200000 - 10800) / 3600 = 1997 hour 037-2. value will change to Decimal - LAMP INFORMATION REQUEST 2 Function: This command acquires...
...) (!!!) 06H : Lamp counter (Eco mode) (second) (!!!) 08H : Remaining time until lamp warning message starts LAMP INFORMATION REQUEST 3 Function: This command acquires the information on the projector lamp in terms of Normal mode values) = (7200000 - 10800) / 3600 = 1997 hour 037-2. value will change to Decimal - LAMP INFORMATION REQUEST 2 Function: This command acquires...
RS232 codes- Projectors
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... This is not supported. value will change to 18000 seconds Lamp's use of a success 23H 96H 01H xxH 06H DATA01 .. It is displayed in the projector's menu. (!!!) NP4000/4001, NP4100/4100W : This function is the lamp total usage. to appear (in terms of Normal mode values) 0AH : Remaining time until lamp...
... This is not supported. value will change to 18000 seconds Lamp's use of a success 23H 96H 01H xxH 06H DATA01 .. It is displayed in the projector's menu. (!!!) NP4000/4001, NP4100/4100W : This function is the lamp total usage. to appear (in terms of Normal mode values) 0AH : Remaining time until lamp...
RS232 codes- Projectors
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... of hours 50H 46H 00H 00H : 18000 seconds Lamp Usage = 18000 / 3600 = 5 hour 037-7. LAMP INFORMATION REQUEST 4 Function: This command acquires the information on the projector lamp.
... of hours 50H 46H 00H 00H : 18000 seconds Lamp Usage = 18000 / 3600 = 5 hour 037-7. LAMP INFORMATION REQUEST 4 Function: This command acquires the information on the projector lamp.
RS232 codes- Projectors
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...DATA02 CKS (*1) (*2) (*4) (*3) 039. LAMP MODE REQUEST Function: This command acquires the setting of the lamp mode of projector. LAMP MODE SET Function: This command sets the lamp mode of projector. (!1) X = 100 - ((Lamp Use Prohibited Time * 100) / Lamp Use Warning Starting Time) Example) The ...case of Lamp Use Prohibited Time 2100[H] A Lamp Use Warning Starting Time 2000[H] Model. It is displayed in the projector's menu. (!4) This setting is ignored, if the Item's unit is not time. (!5) NP4000/4001, NP4100/4100W : This function is the lamp total...
...DATA02 CKS (*1) (*2) (*4) (*3) 039. LAMP MODE REQUEST Function: This command acquires the setting of the lamp mode of projector. LAMP MODE SET Function: This command sets the lamp mode of projector. (!1) X = 100 - ((Lamp Use Prohibited Time * 100) / Lamp Use Warning Starting Time) Example) The ...case of Lamp Use Prohibited Time 2100[H] A Lamp Use Warning Starting Time 2000[H] Model. It is displayed in the projector's menu. (!4) This setting is ignored, if the Item's unit is not time. (!5) NP4000/4001, NP4100/4100W : This function is the lamp total...