Crown DRN-16 Manual

Crown Ikke kategoriseret DRN-16

Læs gratis den danske manual til Crown DRN-16 (3 sider) i kategorien Ikke kategoriseret. Denne vejledning er vurderet som hjælpsom af 12 personer og har en gennemsnitlig bedømmelse på 4.6 stjerner ud af 6.5 anmeldelser. Har du et spørgsmål om Crown DRN-16, eller vil du spørge andre brugere om produktet?

Download PDF

Side 1/3

@crown® * System® Quick Reference

IQ-DRN16 DRONE

screws. At the rear of the cage a terminal

board (“T-board”) is used to provide connec-

tion to external input and output devices. The

T-board for the Drone is shown on the follow-

ing page.

Front Panel

The front panel for the Drone is shown to the

left. A DSPI indicator lights up to indicate that

digital information addressed to that unit is

being received. It also has a power indicator

showing that the unit is powered by +12 VDC.

A. Baud Switches

SW1 on the Drone module is a four position

DIP switch used to set the RS232/422 baud

rate. The Drone supports from 1200 to 38400

baud. Note: Some PCs do not support greater

than 9600 baud.

B. IQ Address Switches

Drones, like all IQ System components, must

have a valid IQ Address in order to commu-

nicate a computer or other system compo-

nents. A valid address is an address ranging

from 1 to 250, with no other Drones having

the same IQ Address in the same system.

C. Battery Backup

The battery on the Drone allows it to main-

tain its programming for up to 30 days after

Overview

The Drone is a general purpose IQ command

and control module. It accepts a variety of

types of external stimuli and converts them

into commands for various other IQ compo-

nents in the system. It is a modular unit de-

signed for mounting in the IQ-CAG Card

Cage. It operates on a nominal +12 VDC, and

includes 30 day battery backup. It is

equipped to communicate directly with a

computer via female DB9 serial port (RS232/

RS422). As a system interface it supports two

Crown Bus serial data loops. It is pro-

grammed via graphic objects or text oriented

screens in the IQ-MSD Turbo 1.2 (or higher)

program.

IQ-CAG Card Cage Installation

The Drone designed for easy installation into

the IQ Card Cage. The IQ-CAG is a four rack

space cage which is segregated into 14 1.25

inch widths. The Drone is three widths (3.75

inches wide). The IQ-LPS +12 VDC Linear

Power Supply is another Card Cage unit, and

provides power supply voltage for Card Cage

components, including the Drone. If an IQ-

LPS is not used, another suitable supply such

as an adaptor or battery is required. Compo-

nents designed to mount in the IQ-CAG are

modular in construction. They slide into the

cage on rails, and are held in place by small

DRONE

POWER

1718 W. Mishawaka Rd.



Elkhart, IN 46517 U.S.A.

DSPI

1 2 3 4 5 6 7 8

1 2 3 4

DRONE MODULE CIRCUIT BOARD

IQ-DRN16 DRONE

+IN1 

-IN1 

+IN2 

-IN2 

+IN3 

-IN3 

+IN4 

-IN4 

IN 5 

IN 6 



+10V 

OUT1 

OUT2 

AUXIN 1

AUXIN 2

AUXIN 3

AUXIN 4

AUXIN 5

AUXIN 6

AUXIN 7

AUXIN 8

AUXOUT 1

AUXOUT 2

AUXOUT 3

AUXOUT 4

AUXOUT 5

AUXOUT 6

AUXOUT 7

AUXOUT 8

CHASSIS GROUNDSIGNAL COMMONCOMSIGNAL COMMON

IN 7

IN 8

IN 9

IN10

IN11

IN12

IN13

IN14

IN15

IN16



+10V

OUT3

OUT4

AUXIN 9

AUXIN 10

AUXIN 11

AUXIN 12

AUXIN 13

AUXIN 14

AUXIN 15

AUXIN 16

AUXOUT 9

AUXOUT 10

AUXOUT 11

AUXOUT 12

AUXOUT 13

AUXOUT 14

AUXOUT 15

AUXOUT 16

COMSIGNAL COMMON

R7

R8

R9

R10

R11

R12

R13

R14

R15

R16

R1

R17

R2

R18

R3

R19

R4

R20

R5

R21 R22 R23 R24 R28R27R26R25

+I

-I

+O

-O

+I

-I

+O

-O

CROWN

BUS

ZONE 2

SIGNAL COMMON

RS-232/RS-422

+12V+12V

GNDGND

CROWN

BUS

ZONE 1

R31

R29

R30

DRONE

T-BOARD

460004

K. Phantom Power Resistors

To provide phantom power to the balanced

analog inputs for condenser microphones

involves add two 2 Kohm resistors per input.

The Drone T-board comes from the factory

with these resistors not installed.

L. Phantom Power Coupling Caps

A second modification to each balanced ana-

log input is required in order to provide phan-

tom power. Isolation capacitors are shorted

for DC coupling, but to AC couple and pro-

vide phantom the short may be removed by

Drone “T-Board” For External Connections

power is lost. It is soldered to the board for

stability. It is automatically charges whenever

the Drone is powered.

D. Power Supply Connectors

Plated holes are provided for connection of

+12 VDC and ground from an IQ-LPS or other

nominal 12 volt supply. Holes are sized to ac-

cept 8-32 screws.

E. Computer Communication

The Drone has a female DB9 serial port for

communication with a computer via RS232

or RS422. The Drone has been specially de-

signed to automatically sense and adjust for

either of these communication standards.

Since RS232 is standard on PCs, the Drone

is designed to accept commonly available

Radio Shack 26-117 RS232 cables.

F. Crown Bus Communication

The Drone supports two Crown Bus serial

data loops for control of up to 250 of each

type of IQ component per loop. The Crown

Bus is a communication standard for carry-

ing IQ command protocol. It normally oper-

ates on a 20 ma current loop, which the Drone

supports. Using external tranceivers, fiber

optic cable can also be used for long dis-

tance Crown Bus loops.

G. +10V Source

The Drone provides +10 VDC for use by ex-

ternal devices such as potentiometers. The

reason for this is to support the use of exter-

nal pots for adjusting voltage to the voltage

sensing analog inputs.

H. Unbalanced Analog Inputs

Of the Drone’s 16 analog inputs, 12 are un-

balanced (analog inputs 5 through 16). These

inputs sense an analog DC or AC voltage

from zero to the Drone input sensitivity. Input

sensitivity is factory set at +10 VDC (7.07 VAC

RMS, or +19.2 dBu). An analog input may be

a DC voltage sensed via linear potentiom-

eter, or may be an AC or audio signal.

I. Gain Set Resistors

R1 through R20 are installed gain and sensi-

tivity resistors for the analog inputs (balanced

and unbalanced). These resistor fix the sen-

sitivity of the analog inputs. They may be

changed to modify input sensitivity up or

down. They also affect gain from balanced

analog inputs to their respective analog out-

puts.

J. Balanced Analog Inputs

Analog inputs numbered 1 through 4 are

balanced. The reason for balanced inputs is

to accept balanced audio from sources such

as a microphone, as well as accept a linear

voltage sensed from an external potentiom-

eter. Phantom power (10V) is available by

modifying the Drone T-board.

Produkt Specifikationer

Mærke:	Crown
Kategori:	Ikke kategoriseret
Model:	DRN-16

Har du brug for hjælp?

Hvis du har brug for hjælp til Crown DRN-16 stil et spørgsmål nedenfor, og andre brugere vil svare dig

Dit navn*

Din email*

Skriv dit spørgsmål her

Ikke kategoriseret Crown Manualer

Crown CNi 4000 Manual

16 December 2024

Crown P.I.P.-AMC Manual

1 September 2024

Crown P.I.P.-AF Manual

1 September 2024

Crown Macro-Tech 10000 Manual

31 August 2024

Crown P.I.P.-FPX Manual

27 August 2024

Crown RTA-2 Manual

27 August 2024

Crown P.I.P.-FXT Manual

27 August 2024

Crown IQ-RPT Manual

27 August 2024

Crown Screen Array PIPS Manual

27 August 2024

Crown IQ-PIP-USP2 Manual

27 August 2024

Ikke kategoriseret Manualer

Nyeste Ikke kategoriseret Manualer

Rowenta Skin Respect EP8020 Manual

2 Juli 2025

Rowenta Optiliss II SF321L Manual

2 Juli 2025

Rowenta Flower Love EP2851 Manual

2 Juli 2025

Rowenta Silence Infinipro Sensor CV7620 Manual

2 Juli 2025

Rowenta Vacuum Technology TN9210E4 Manual

2 Juli 2025

EKO K320HGT Manual

2 Juli 2025

Rowenta PROCERAM SO9040 Manual

2 Juli 2025

Rowenta Express Style SF1831 Manual

2 Juli 2025

Rowenta Lissea RF3330 Manual

2 Juli 2025

Rowenta Turbo Silence Extreme VU5540 Manual

2 Juli 2025