For example, though the management box is programmed to include a command that can implement a timed information transfer, if the software program doesn't subject the command, this function cannot be used. Note that if the fan sits over the shower/bathtub, it's going to want a deadfront GFCI on the swap box for safety; this is feasible, but difficult, because the DWHOS doesn't document which hot it derives its own energy from. If you would like more finesse than easy ON/OFF control of all of the lighting collectively, that is where issues get tough, as most residential "smart switch" gear does not play properly with occupancy sensing, and there are no twin-relay sensor dimmers either. This machine is a mixture humidity and PIR occupancy sensor, designed for bathroom exhaust fan and mild management. Prepare the required data: Each management field must be configured for the precise mount based mostly on the characteristics (additionally referred to as "persona") of that mount. Please needless to say the software program that communicates with the mount will decide which commands are utilized. When the power and keypad are restored, the mount will keep parked and never resume monitoring until the Resume from Park operate has been entered on the keypad.
Allows Auto-Park. This may trigger the mount to enter a parked state every time power is removed and this state is remembered via power cycles. Any ferrous metal, reminiscent of a nail, staple, or piece of box wall, that separates the 2 cables will get eddy currents induced in it by said magnetic area, and these eddy currents will probably be dissipated in the metal half as heat. The prior installer couldn't get /four cables, in order that they bodged together two /2 cables to get the wires they wanted going up to the swap. The hot and impartial within the non-tagged cable get linked to the fan's fan-scorching and fan-neutral, and any earth wires the fan gives are simply capped off. In your case, the black and blue wires get linked to the incoming sizzling in the swap box, whereas the brown wire (fan sizzling) goes to the untagged cable's sizzling wire and the blue wire (light scorching) goes to the tagged cable's scorching wire. We'll be putting this back together when the brand new fan/light goes in. The sensor's white wire goes into the neutral bundle, whereas the sensor's inexperienced wire is capped off since there are no grounds in the box and this does not appear to be a conduit or BX job.
Both ports are full-speed. Connect APCC directly after which use its built-in digital serial ports for other software. Provides all the commands required for all capabilities of the AP V2 ASCOM driver (accessible free of charge) and our Astro-Physics Command Center (APCC) software program (non-obligatory buy). These control options have been written by Ray Gralak in collaboration with Astro-Physics. PEMPro by Ray Gralak and distributed by CCDWare (included with 1100 and 1600 mounts) helps instantly reading from/writing to the PE storage areas. GTOCP4 helps floating point operands to improve calculation accuracy and coordinate conversions. High-precision mode. Assures accuracy of R.A. Automatic meridian swapping in GoTo slewing mode. Allows Automatic "Deadman Switch" Safety Timer operate. First, we rework things in the swap box. All orders for the GTOCP4 Control Box must be placed straight with Astro-Physics, except for patrons who ordered their mount from one of our international sellers. Also, programming is considerably faster than ready for one worm cycle's value of playback (5.6 to 7.5 min, what is control cable depending on the mount model) as is the case for the GTOCP2. This enables more accurate programming of the mount's PEM (that's, the mount doesn't have to interpret transfer or autoguider commands).
For optimum utilization of the advanced capabilities within the command language protocol, we advocate that you control your mount with either software that makes use of the ASCOM V2 driver or the Astro-Physics Command Center (APCC). Provides full performance of the AP V2 ASCOM Driver and APCC. This function is carried out by way of polled standing command within the ASCOM V2 driver and APCC Standard and Pro Versions. The AP V2 ASCOM driver will proceed to be connected through APCC's digital ports. This may present simple configuration of your Ethernet and WiFi connections and add of firmware updates. Direct download of future firmware updates for the GTOCP4 (very quick and simple). The GTOCP4 Upgrade and Installation Guide (PDF doc) provides information about attaching the CP4 to the mount that you just already own and which components you will need to order. Re-calibration. Allows re-calibration even when scope has crossed the meridian and is on the unsuitable side of the mount. Improved Meridian Delay logic. The opposite choice would be to put the lights all together and have the fan by itself, which is what we'll do here as it offers us more flexibility with controls and likewise allows more sophisticated followers with built-in sensors for use.
GTOCP4 Control Box for all GTO Mounts, except Mach2GTO. Order New 2-Pin Power Cable (GTOCP4)
by Terry Latour (2025-02-05)
For example, though the management box is programmed to include a command that can implement a timed information transfer, if the software program doesn't subject the command, this function cannot be used. Note that if the fan sits over the shower/bathtub, it's going to want a deadfront GFCI on the swap box for safety; this is feasible, but difficult, because the DWHOS doesn't document which hot it derives its own energy from. If you would like more finesse than easy ON/OFF control of all of the lighting collectively, that is where issues get tough, as most residential "smart switch" gear does not play properly with occupancy sensing, and there are no twin-relay sensor dimmers either. This machine is a mixture humidity and PIR occupancy sensor, designed for bathroom exhaust fan and mild management. Prepare the required data: Each management field must be configured for the precise mount based mostly on the characteristics (additionally referred to as "persona") of that mount. Please needless to say the software program that communicates with the mount will decide which commands are utilized. When the power and keypad are restored, the mount will keep parked and never resume monitoring until the Resume from Park operate has been entered on the keypad.
Allows Auto-Park. This may trigger the mount to enter a parked state every time power is removed and this state is remembered via power cycles. Any ferrous metal, reminiscent of a nail, staple, or piece of box wall, that separates the 2 cables will get eddy currents induced in it by said magnetic area, and these eddy currents will probably be dissipated in the metal half as heat. The prior installer couldn't get /four cables, in order that they bodged together two /2 cables to get the wires they wanted going up to the swap. The hot and impartial within the non-tagged cable get linked to the fan's fan-scorching and fan-neutral, and any earth wires the fan gives are simply capped off. In your case, the black and blue wires get linked to the incoming sizzling in the swap box, whereas the brown wire (fan sizzling) goes to the untagged cable's sizzling wire and the blue wire (light scorching) goes to the tagged cable's scorching wire. We'll be putting this back together when the brand new fan/light goes in. The sensor's white wire goes into the neutral bundle, whereas the sensor's inexperienced wire is capped off since there are no grounds in the box and this does not appear to be a conduit or BX job.
Both ports are full-speed. Connect APCC directly after which use its built-in digital serial ports for other software. Provides all the commands required for all capabilities of the AP V2 ASCOM driver (accessible free of charge) and our Astro-Physics Command Center (APCC) software program (non-obligatory buy). These control options have been written by Ray Gralak in collaboration with Astro-Physics. PEMPro by Ray Gralak and distributed by CCDWare (included with 1100 and 1600 mounts) helps instantly reading from/writing to the PE storage areas. GTOCP4 helps floating point operands to improve calculation accuracy and coordinate conversions. High-precision mode. Assures accuracy of R.A. Automatic meridian swapping in GoTo slewing mode. Allows Automatic "Deadman Switch" Safety Timer operate. First, we rework things in the swap box. All orders for the GTOCP4 Control Box must be placed straight with Astro-Physics, except for patrons who ordered their mount from one of our international sellers. Also, programming is considerably faster than ready for one worm cycle's value of playback (5.6 to 7.5 min, what is control cable depending on the mount model) as is the case for the GTOCP2. This enables more accurate programming of the mount's PEM (that's, the mount doesn't have to interpret transfer or autoguider commands).
For optimum utilization of the advanced capabilities within the command language protocol, we advocate that you control your mount with either software that makes use of the ASCOM V2 driver or the Astro-Physics Command Center (APCC). Provides full performance of the AP V2 ASCOM Driver and APCC. This function is carried out by way of polled standing command within the ASCOM V2 driver and APCC Standard and Pro Versions. The AP V2 ASCOM driver will proceed to be connected through APCC's digital ports. This may present simple configuration of your Ethernet and WiFi connections and add of firmware updates. Direct download of future firmware updates for the GTOCP4 (very quick and simple). The GTOCP4 Upgrade and Installation Guide (PDF doc) provides information about attaching the CP4 to the mount that you just already own and which components you will need to order. Re-calibration. Allows re-calibration even when scope has crossed the meridian and is on the unsuitable side of the mount. Improved Meridian Delay logic. The opposite choice would be to put the lights all together and have the fan by itself, which is what we'll do here as it offers us more flexibility with controls and likewise allows more sophisticated followers with built-in sensors for use.