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波特电信号公司IPA-4000火灾报警控制面板8830102 - REV J说明书

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2024年5月20日发(作者:白含灵)

Fire Alarm Control Panel

Features

4,064 addresses available on this analog addressable system

Additional system capacity achieved via multi-point SLC modules

1500 software zones

NFPA 72 Compliant Smoke Sensitivity Test Built-In

System Operates as Class A or Class B for SLC, P-Link and NACs

10 Amp Power Supply, Expandable to 315 amps

6 NACS, Regulated, Rated at 3 Amps each, expandable to 192

4 Input/Output (I/O) Circuits for system flexibility rated at 1 Amp each,

ideal for manual release and abort

Strobe Synchronization and System Wide Sync for Potter/AMSECO®,

Gentex®, Cooper Wheelock® and System Sensor® strobes

Dedicated Alarm, Supervisory and Trouble Relays

4,000 Event History Buffer

Cabinet will house up to 18 AH batteries

Optional two line DACT with UD-2000 that can report General, Zone or

Point Information

Built in IP communicator

Ethernet Port for Programming and Network Connectivity

E-Mail System Status, Reports and Event Information

Product includes 5 year warranty

UUKL Listed for Smoke Control

IPA-4000

NYC Fire Dept.

Certificate of Approval

6266

Description

The IPA-4000 is an expandable analog/addressable releasing fire alarm

system with a total system capacity of 4,064 addresses. Additional

capacity on the system is achieved using multi-point SLC modules

The control panel utilizes the exclusive Potter protocol that includes a

complete line of sensors and modules. The system is expandable with a

total of thirty-one additional addressable Signaling Line Circuits (SLC)

each with a maximum of 127 devices. Each SLC may be comprised of any

combination of smoke sensor, heat detectors or modules and allows for a

total of 50 ohms of impedance and may use any wire compliant with the

National Electrical Code (NEC).

The IPA-4000 has a 10 Amp power supply with six Notification

Appliance Circuits (NACs) and four Input/Output (I/O) circuits. The

NACs are rated at 3 Amps each and the I/Os are rated at 1 Amp each.

Each output is regulated and power limited. In addition, each output is

uniquely programmable and may be configured for steady signal, strobe

synchronization, constant power, door holder power, or releasing. The

strobe synchronization includes Potter/AMSECO, Gentex, System Sensor

and Cooper/Wheelock and with the exclusive Quadrasync each output

may have a unique brand and all strobes will flash together. The I/Os are

designed for inputs such as manual release stations and abort switches that

will not require polling and react nearly instantaneously.

The IPA-4000 is listed for releasing of fire suppression systems. The

software allows cross zones, counting zones, and timers for suppression.

The system is capable of multiple release outputs across multiple hazards.

In addition, the PSN-1000 may be used to extend releasing capability.

The NACs may be expanded using the PSN-1000 series intelligent power

supplies. Each PSN-1000 adds another 10 Amps of power, 2 additional

input circuits and the IPA-4000 will support up to 31 power supplies. The

system will synchronize the strobes system wide. In addition, the PSN-

1000E has space to allow the installation of up to six PAD100-SLCE SLC

loop expansion cards. The cards mount on a stacker bracket that allows

access to all SLC circuit connections.

Technical Specifications

Dimensions

AC Mains

Enclosure

18

15

/

16

”W x 27

5

/

16

”H x 4

7

/

16

”D

5.0 Amps @ 120 VAC 50/60 HZ

3.0 Amps @ 240 VAC 50/60 HZ

16 gauge cold rolled steel with removable

locked door with Lexan viewing window

Standby Current-130 mA

Alarm Current-220 mA

• 10 Amps power for NACs, I/O, and P-Link

• 3 Amps per NAC, regulated

• 1 Amp per I/O circuit, regulated

• Battery Charger range 8-55 Ah

• Battery Charger voltage 27.3 VDC

• P-Link maximum current of 1 Amp

Battery

Temperature and

32° to 120° (0°C to 49°C) with a maximum

Humidity Range

humidity of 93% non-condensing.

NFPA 12, 12A, 13, 15, 16, 17, 17A, 70,

72, 92, 750, and 2001

ANSI/UL 864 - Local (L), Remote Station

(RS), Central Station (CS), Propriety

(PPU), Auxiliary (AUX).Type of Service:

Automatic (A), Manual (M), Water flow

(WF) Sprinkler Supervisory (SS) Type of

Signaling: Digital Alarm Communicator

(DAC), March Time (March), Non Coded

(NC), Reverse Polarity (Rev Pol), Other

Technologies (OT)

IBC (International Building Code)

Standards

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 1 OF 5

Fire Alarm Control Panel

SLC Loop Accessories

IPA-4000

The control panel may be connected with up to 4,064 addressable devices or modules in any combination. The SLC is not restricted by any special

wire requirements and may be wired with any wire that complies with the NEC.

SLC Loop Devices

Device

PAD Series-PD

PAD Series-PHD

PAD Series-PCD

PAD200-PCHD

PAD Series-HD

PAD Series-DUCT

PAD100-6DB

PAD100-4DB

PAD100-IB

PAD100-RB

PAD100-SB

PAD Series-CD

PAD200-DD

PAD300-DD

PAD100-LFSB

PAD100-SPKB

PAD300-6DB

PAD300-4DB

PAD300-IB

PAD300-RB

PAD300-SB

PAD300-LFSB

Description

Analog Photoelectric Smoke Detector is a smoke detector with a listed obscuration of 1.1 to 3.5%/foot. UL 268 7th Edition.

Combination Analog Photoelectric Smoke/Heat Detector – a smoke detector with a listed obscuration of 1.1 to 3.5 %/foot

obscuration and a fixed temperature range of 135° to 185° F heat detector. Smoke detection compliant with UL 268 7th

Edition.

Combination Photoelectric Smoke/Carbon Monoxide Detector. Smoke detection compliant with UL 268 7th Edition. Carbon

Monoxide detection compliant with UL 2075.

Combination Photoelectric Smoke/Heat/Carbon Monoxide Detector. Smoke detection compliant with UL 268 7th Edition. Heat

detection with a fixed temperature range of 135° to 185° F and UL 521 7th Edition compliant. Carbon Monoxide detection

compliant with UL 2075.

Analog Fixed Temperature (135° - 185°F) or Rate-of-Rise Heat Detector (software selectable).

Addressable Duct Smoke Detector.

6” round base that is mountable to an electrical box and wired for connection to the PAD100/200 devices.

4” round base that may be mounted to an electrical box and wired for connection to the PAD100/200 devices.

Isolator base that interrupts a short in a SLC and prevents the short from affecting protected devices on the loop and used for

connection to the PAD100/200 devices.

Addressable Relay Base that contains one relay controlled by the SLC. Relay at rated at 2 amps at 30 VDC or 0.5A at

125VAC. For PAD100/200 devices only.

Addressable Sounder Base that contains an addressable sounder module which allows for configuration of local, group, and/

or all call. For PAD100/200 devices only.

Addressable CO gas detector.

Addressable photoelectric smoke detector for use in DUCT/DUCTR enclosure.

Addressable photoelectric smoke detector for use in DUCT/DUCTR enclosure or pendant mount applications.

Addressable Low Frequency Sounder Base that contains an addressable sounder module which allows for configuration

of local, group, and/or all call. The LFSB complies with the Low Frequency Signal Requirements (520 Hz) and used for

connection to the PAD100/200 devices.

Speaker base is a wall or ceiling mount speaker capable of 25 or 70.7 VRMS and is field selectable from 1/8W to 4W and

used for connection with the PAD100/200 devices.

6” round base which is mountable to an electrical box and wired for connection to the PAD300 devices.

4” round base which is mountable to an electrical box and wired for connection to the to the PAD300 devices.

Isolator base that interrupts a short in a SLC and prevents the short from affecting protected devices on the loop. Used for

connection to the PAD300 devices.

Addressable Relay Base that contains one relay controlled by the SLC. The Relay is rated 2 amps at 30 VDC or 0.5A at

125VAC and used for connection to the PAD300 devices

Addressable Sounder Base that contains an addressable sounder module which allows for configuration of local, group, and/or

all call; and used for connection to the PAD300 devices.

Addressable Low Frequency Sounder Base that contains an addressable sounder module which allows for configuration

of local, group, and/or all call. The LFSB complies with the Low Frequency Signal Requirements (520 Hz) and used for a

connection to the PAD300 devices.

PAD Series-DUCTR Addressable Duct Smoke Detector with Form C Relay rate at 10Amps @ 250/120VAC or 8 Amps at 30VDC.

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 2 OF 5

Fire Alarm Control Panel

Modules

Device

PAD100-MIM

PAD100-PSSA

PAD100-PSDA

PAD100-SIM

PAD100-DIM

PAD100-TRTI

PAD100-NAC

PAD100-ZM

PAD100-IM

PAD100-RM

PAD100-LED

PAD100-SM

PAD100-LEDK

PAD100-DRTS

PAD100-OROI

IPA-4000

Description

Micro Input Module provides a small foot print contact module for mounting inside an enclosure.

Single Action Addressable Pull Station.

Dual Action Addressable Pull Station.

Single Input Module is a standard contact module with an LED that mounts into a 4” square electrical box.

Dual Input Module is a device that can monitor two distinct inputs with a single device or in a Class A mode.

Two Relay Two Input module provides two form C relays that are individually controlled by the control panel. Each relay is rated for 2

amps at 30VDC or 0.5 amps at 125VAC. Also provides two contact inputs.

Notification Appliance Circuit module is an addressable remote appliance circuit controlled by the panel.

Zone Module is used to connect conventional 2-wire smoke detectors to the system.

Module interrupts a short on the SLC and prevents the short from affecting protected devices on the loop.

Relay Module that provides one form C relay controlled by the control panel. Relay is rated for 2 amps at 30VDC or 0.5 amps at 125VAC.

Module provides a single addressable LED that is controlled by the control panel.

Speaker Module provides switching for two audio channels.

Addressable LED and key switch that mounts in a single gang box.

DUCTR Remote Test Switch that mounts in a single gang box and optionally supervised.

One Relay One Input Module provides one form C relay and one input. The relay is rated at 2 amps at 30VDC or 0.5 amps at 125VAC.

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 3 OF 5

Fire Alarm Control Panel

SLC Features

The Potter protocol is a digital protocol with a proven design for

reliability and noise immunity. The system does not require special

cable or conductors for connection of the Signaling Line Circuit

as long as the cable is compliant with NFPA 70 and NFPA 72.

The system allows for Class A or Class B installations as well as

“T-Taps.”Each loop is capable of 127 points, with a max wiring

distance of 10,000 ft.

RA-6075R – 2 x 16 LCD annunciator with a key pad in a locked

metal enclosure.

RA-6500R(F) – 4 x 40 LCD annunciator with a key pad in a locked

metal enclosure. Flush mount version available.

LED-16(F) – 16 LED annunciator with common indicators in a

locked metal enclosure. Flush mount version available.

PSN-1000(E) – 10 amp, remote intelligent power supply with

6 NACs, 2 Inputs and a P-Link repeater. This panel is listed in

conjunction with the IPA-4000 as releasing circuits.

CA-6500 – Class A convertor that converts the SLC, NACs and

P-Link connection

UD-2000 – UL listed, Dual line telephone alarm communicator

DRV-50 – LED driver expander, used to connect up to 50 LEDs in a

graphic display

FCB-1000 – Fire communication bridge, provides remote mounting

of the Ethernet connection

FIB-1000 – Fiber interface module, used to extend P-Link to multi-

mode fiber (2 required)

RLY-5 – Relay module, provides 5 form C relay contacts rated at 3.0

amps 24VDC/125AC

SPG-1000 – Serial parallel gateway, allows for the connection to a

serial or parallel printer

The FIB-1000, FCB-1000 and the SPG-1000 may be installed in the

stacker bracket or ordered with the optional rack mount enclosure.

IPA-4000

Sensor Features

The sensors through the fire alarm control panel provide a real

time status as to the condition of the system. The smoke detector

sensitivity, heat detector temperature level and drift compensation

are all programmable options. The system also allows for a day/night

mode where the panel automatically adjusts the sensitivity depending

on the time of day. To assist in the reduction of false alarms, the

smoke detectors also have a maintenance warning that sends a trouble

signal when a detector is dirty to the point that it can no longer

maintain the programmed sensitivity.

User Interface

The fire alarm control panel has a 4 x 40 LCD display to provide

information to the system status. The keypad has navigation keys

to allow manipulation of the Menu on board the panel. The panel is

shipped standard with the following LEDs:

AC Power - Green

Alarm - Red

Earth Fault - Amber

Supervisory - Amber

Silenced - Amber

Trouble - Amber

Pre-Release - Amber

Release - Red

MC-1000 Multi-Connect allows up to sixty-three IPA series panels to

share a single reporting technology.

IDC-6 – Initiating device circuit provides 6 programmable inputs

AE-2 – Two card expansion cabinet

AE-8 – Eight card expansion cabinet

AE-14 – Fourteen card expansion cabinet

Ethernet/I.P. Connection

The common buttons include a Silence, Reset, Acknowledge, and

Drill. All of the buttons are accessible once the locked door is

opened.

P-Link

The IPA-4000 has a proprietary communication protocol that

communicates through a RS-485 connection to field devices. Up

to 64 devices may be connected to a single P-Link connection. The

P-Link includes the communication terminals and regulated 24 VDC

connection for the field devices. The field devices may be any of the

following:

PAD100-SLCE-Analog/Addressable loop expansion module

(maximum of 31 per IPA-4000)

The IPA-4000 is shipped standard with an Ethernet connection.

This connection is the programming port and may be connected

to a building Wide Area Network (WAN) or Local Area Network

(LAN). Once connected to the Internet, the panel may be selectively

programmed to e-mail alarm conditions, trouble conditions,

supervisory conditions, test, Event History and detector status. An

e-mail may be sent to the panel and the panel will e-mail the event

history, detector status, configuration file or server status to an

authorized E-mail account. In addition, reminders may be set to send

an e-mail for service, testing or other conditions.

In addition, the Ethernet connection is UL listed as an IP

communicator. The IP communicator is listed to report to the UL

listed Sur-Gard III IP receiver. The IP communicator replaces the

traditional less reliable alarm communicator transmitter that utilized

telephone lines. The IP communicator is an active method of

connection and communication to the monitoring station.

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 4 OF 5

Fire Alarm Control Panel

Dimensions

18.91”

17.60”

D

E

P

T

H

IPA-4000

TOP

4.41”

3.75“

DEPTH

2

6

.

0

0

LEFT SIDE

2

7

.

3

2

RIGHT SIDE

BOTTOM

Compatible Releasing Devices

Note: For releasing applications please order the Potter EOLD

(3005012) for circuits connected to a releasing solenoid or actuator.

BrandDescription

Skinner

Ordering Information

ModelDescription

IPA-4000

Fire Alarm Releasing Control Panel

Replacement Board IPA-4000

Stock No.

3992717

3992740

Victaulic

Mini Max

Viking

TLX

73218BN4UNLVN0C112CZ

73212BN4TNLVN0C322C2

753-E Series

MX123 & MX200 w/ 8876677 & 889323

11591, 11601, 11602, 13843, & 13844

PA0036

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 5 OF 5

2024年5月20日发(作者:白含灵)

Fire Alarm Control Panel

Features

4,064 addresses available on this analog addressable system

Additional system capacity achieved via multi-point SLC modules

1500 software zones

NFPA 72 Compliant Smoke Sensitivity Test Built-In

System Operates as Class A or Class B for SLC, P-Link and NACs

10 Amp Power Supply, Expandable to 315 amps

6 NACS, Regulated, Rated at 3 Amps each, expandable to 192

4 Input/Output (I/O) Circuits for system flexibility rated at 1 Amp each,

ideal for manual release and abort

Strobe Synchronization and System Wide Sync for Potter/AMSECO®,

Gentex®, Cooper Wheelock® and System Sensor® strobes

Dedicated Alarm, Supervisory and Trouble Relays

4,000 Event History Buffer

Cabinet will house up to 18 AH batteries

Optional two line DACT with UD-2000 that can report General, Zone or

Point Information

Built in IP communicator

Ethernet Port for Programming and Network Connectivity

E-Mail System Status, Reports and Event Information

Product includes 5 year warranty

UUKL Listed for Smoke Control

IPA-4000

NYC Fire Dept.

Certificate of Approval

6266

Description

The IPA-4000 is an expandable analog/addressable releasing fire alarm

system with a total system capacity of 4,064 addresses. Additional

capacity on the system is achieved using multi-point SLC modules

The control panel utilizes the exclusive Potter protocol that includes a

complete line of sensors and modules. The system is expandable with a

total of thirty-one additional addressable Signaling Line Circuits (SLC)

each with a maximum of 127 devices. Each SLC may be comprised of any

combination of smoke sensor, heat detectors or modules and allows for a

total of 50 ohms of impedance and may use any wire compliant with the

National Electrical Code (NEC).

The IPA-4000 has a 10 Amp power supply with six Notification

Appliance Circuits (NACs) and four Input/Output (I/O) circuits. The

NACs are rated at 3 Amps each and the I/Os are rated at 1 Amp each.

Each output is regulated and power limited. In addition, each output is

uniquely programmable and may be configured for steady signal, strobe

synchronization, constant power, door holder power, or releasing. The

strobe synchronization includes Potter/AMSECO, Gentex, System Sensor

and Cooper/Wheelock and with the exclusive Quadrasync each output

may have a unique brand and all strobes will flash together. The I/Os are

designed for inputs such as manual release stations and abort switches that

will not require polling and react nearly instantaneously.

The IPA-4000 is listed for releasing of fire suppression systems. The

software allows cross zones, counting zones, and timers for suppression.

The system is capable of multiple release outputs across multiple hazards.

In addition, the PSN-1000 may be used to extend releasing capability.

The NACs may be expanded using the PSN-1000 series intelligent power

supplies. Each PSN-1000 adds another 10 Amps of power, 2 additional

input circuits and the IPA-4000 will support up to 31 power supplies. The

system will synchronize the strobes system wide. In addition, the PSN-

1000E has space to allow the installation of up to six PAD100-SLCE SLC

loop expansion cards. The cards mount on a stacker bracket that allows

access to all SLC circuit connections.

Technical Specifications

Dimensions

AC Mains

Enclosure

18

15

/

16

”W x 27

5

/

16

”H x 4

7

/

16

”D

5.0 Amps @ 120 VAC 50/60 HZ

3.0 Amps @ 240 VAC 50/60 HZ

16 gauge cold rolled steel with removable

locked door with Lexan viewing window

Standby Current-130 mA

Alarm Current-220 mA

• 10 Amps power for NACs, I/O, and P-Link

• 3 Amps per NAC, regulated

• 1 Amp per I/O circuit, regulated

• Battery Charger range 8-55 Ah

• Battery Charger voltage 27.3 VDC

• P-Link maximum current of 1 Amp

Battery

Temperature and

32° to 120° (0°C to 49°C) with a maximum

Humidity Range

humidity of 93% non-condensing.

NFPA 12, 12A, 13, 15, 16, 17, 17A, 70,

72, 92, 750, and 2001

ANSI/UL 864 - Local (L), Remote Station

(RS), Central Station (CS), Propriety

(PPU), Auxiliary (AUX).Type of Service:

Automatic (A), Manual (M), Water flow

(WF) Sprinkler Supervisory (SS) Type of

Signaling: Digital Alarm Communicator

(DAC), March Time (March), Non Coded

(NC), Reverse Polarity (Rev Pol), Other

Technologies (OT)

IBC (International Building Code)

Standards

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 1 OF 5

Fire Alarm Control Panel

SLC Loop Accessories

IPA-4000

The control panel may be connected with up to 4,064 addressable devices or modules in any combination. The SLC is not restricted by any special

wire requirements and may be wired with any wire that complies with the NEC.

SLC Loop Devices

Device

PAD Series-PD

PAD Series-PHD

PAD Series-PCD

PAD200-PCHD

PAD Series-HD

PAD Series-DUCT

PAD100-6DB

PAD100-4DB

PAD100-IB

PAD100-RB

PAD100-SB

PAD Series-CD

PAD200-DD

PAD300-DD

PAD100-LFSB

PAD100-SPKB

PAD300-6DB

PAD300-4DB

PAD300-IB

PAD300-RB

PAD300-SB

PAD300-LFSB

Description

Analog Photoelectric Smoke Detector is a smoke detector with a listed obscuration of 1.1 to 3.5%/foot. UL 268 7th Edition.

Combination Analog Photoelectric Smoke/Heat Detector – a smoke detector with a listed obscuration of 1.1 to 3.5 %/foot

obscuration and a fixed temperature range of 135° to 185° F heat detector. Smoke detection compliant with UL 268 7th

Edition.

Combination Photoelectric Smoke/Carbon Monoxide Detector. Smoke detection compliant with UL 268 7th Edition. Carbon

Monoxide detection compliant with UL 2075.

Combination Photoelectric Smoke/Heat/Carbon Monoxide Detector. Smoke detection compliant with UL 268 7th Edition. Heat

detection with a fixed temperature range of 135° to 185° F and UL 521 7th Edition compliant. Carbon Monoxide detection

compliant with UL 2075.

Analog Fixed Temperature (135° - 185°F) or Rate-of-Rise Heat Detector (software selectable).

Addressable Duct Smoke Detector.

6” round base that is mountable to an electrical box and wired for connection to the PAD100/200 devices.

4” round base that may be mounted to an electrical box and wired for connection to the PAD100/200 devices.

Isolator base that interrupts a short in a SLC and prevents the short from affecting protected devices on the loop and used for

connection to the PAD100/200 devices.

Addressable Relay Base that contains one relay controlled by the SLC. Relay at rated at 2 amps at 30 VDC or 0.5A at

125VAC. For PAD100/200 devices only.

Addressable Sounder Base that contains an addressable sounder module which allows for configuration of local, group, and/

or all call. For PAD100/200 devices only.

Addressable CO gas detector.

Addressable photoelectric smoke detector for use in DUCT/DUCTR enclosure.

Addressable photoelectric smoke detector for use in DUCT/DUCTR enclosure or pendant mount applications.

Addressable Low Frequency Sounder Base that contains an addressable sounder module which allows for configuration

of local, group, and/or all call. The LFSB complies with the Low Frequency Signal Requirements (520 Hz) and used for

connection to the PAD100/200 devices.

Speaker base is a wall or ceiling mount speaker capable of 25 or 70.7 VRMS and is field selectable from 1/8W to 4W and

used for connection with the PAD100/200 devices.

6” round base which is mountable to an electrical box and wired for connection to the PAD300 devices.

4” round base which is mountable to an electrical box and wired for connection to the to the PAD300 devices.

Isolator base that interrupts a short in a SLC and prevents the short from affecting protected devices on the loop. Used for

connection to the PAD300 devices.

Addressable Relay Base that contains one relay controlled by the SLC. The Relay is rated 2 amps at 30 VDC or 0.5A at

125VAC and used for connection to the PAD300 devices

Addressable Sounder Base that contains an addressable sounder module which allows for configuration of local, group, and/or

all call; and used for connection to the PAD300 devices.

Addressable Low Frequency Sounder Base that contains an addressable sounder module which allows for configuration

of local, group, and/or all call. The LFSB complies with the Low Frequency Signal Requirements (520 Hz) and used for a

connection to the PAD300 devices.

PAD Series-DUCTR Addressable Duct Smoke Detector with Form C Relay rate at 10Amps @ 250/120VAC or 8 Amps at 30VDC.

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 2 OF 5

Fire Alarm Control Panel

Modules

Device

PAD100-MIM

PAD100-PSSA

PAD100-PSDA

PAD100-SIM

PAD100-DIM

PAD100-TRTI

PAD100-NAC

PAD100-ZM

PAD100-IM

PAD100-RM

PAD100-LED

PAD100-SM

PAD100-LEDK

PAD100-DRTS

PAD100-OROI

IPA-4000

Description

Micro Input Module provides a small foot print contact module for mounting inside an enclosure.

Single Action Addressable Pull Station.

Dual Action Addressable Pull Station.

Single Input Module is a standard contact module with an LED that mounts into a 4” square electrical box.

Dual Input Module is a device that can monitor two distinct inputs with a single device or in a Class A mode.

Two Relay Two Input module provides two form C relays that are individually controlled by the control panel. Each relay is rated for 2

amps at 30VDC or 0.5 amps at 125VAC. Also provides two contact inputs.

Notification Appliance Circuit module is an addressable remote appliance circuit controlled by the panel.

Zone Module is used to connect conventional 2-wire smoke detectors to the system.

Module interrupts a short on the SLC and prevents the short from affecting protected devices on the loop.

Relay Module that provides one form C relay controlled by the control panel. Relay is rated for 2 amps at 30VDC or 0.5 amps at 125VAC.

Module provides a single addressable LED that is controlled by the control panel.

Speaker Module provides switching for two audio channels.

Addressable LED and key switch that mounts in a single gang box.

DUCTR Remote Test Switch that mounts in a single gang box and optionally supervised.

One Relay One Input Module provides one form C relay and one input. The relay is rated at 2 amps at 30VDC or 0.5 amps at 125VAC.

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 3 OF 5

Fire Alarm Control Panel

SLC Features

The Potter protocol is a digital protocol with a proven design for

reliability and noise immunity. The system does not require special

cable or conductors for connection of the Signaling Line Circuit

as long as the cable is compliant with NFPA 70 and NFPA 72.

The system allows for Class A or Class B installations as well as

“T-Taps.”Each loop is capable of 127 points, with a max wiring

distance of 10,000 ft.

RA-6075R – 2 x 16 LCD annunciator with a key pad in a locked

metal enclosure.

RA-6500R(F) – 4 x 40 LCD annunciator with a key pad in a locked

metal enclosure. Flush mount version available.

LED-16(F) – 16 LED annunciator with common indicators in a

locked metal enclosure. Flush mount version available.

PSN-1000(E) – 10 amp, remote intelligent power supply with

6 NACs, 2 Inputs and a P-Link repeater. This panel is listed in

conjunction with the IPA-4000 as releasing circuits.

CA-6500 – Class A convertor that converts the SLC, NACs and

P-Link connection

UD-2000 – UL listed, Dual line telephone alarm communicator

DRV-50 – LED driver expander, used to connect up to 50 LEDs in a

graphic display

FCB-1000 – Fire communication bridge, provides remote mounting

of the Ethernet connection

FIB-1000 – Fiber interface module, used to extend P-Link to multi-

mode fiber (2 required)

RLY-5 – Relay module, provides 5 form C relay contacts rated at 3.0

amps 24VDC/125AC

SPG-1000 – Serial parallel gateway, allows for the connection to a

serial or parallel printer

The FIB-1000, FCB-1000 and the SPG-1000 may be installed in the

stacker bracket or ordered with the optional rack mount enclosure.

IPA-4000

Sensor Features

The sensors through the fire alarm control panel provide a real

time status as to the condition of the system. The smoke detector

sensitivity, heat detector temperature level and drift compensation

are all programmable options. The system also allows for a day/night

mode where the panel automatically adjusts the sensitivity depending

on the time of day. To assist in the reduction of false alarms, the

smoke detectors also have a maintenance warning that sends a trouble

signal when a detector is dirty to the point that it can no longer

maintain the programmed sensitivity.

User Interface

The fire alarm control panel has a 4 x 40 LCD display to provide

information to the system status. The keypad has navigation keys

to allow manipulation of the Menu on board the panel. The panel is

shipped standard with the following LEDs:

AC Power - Green

Alarm - Red

Earth Fault - Amber

Supervisory - Amber

Silenced - Amber

Trouble - Amber

Pre-Release - Amber

Release - Red

MC-1000 Multi-Connect allows up to sixty-three IPA series panels to

share a single reporting technology.

IDC-6 – Initiating device circuit provides 6 programmable inputs

AE-2 – Two card expansion cabinet

AE-8 – Eight card expansion cabinet

AE-14 – Fourteen card expansion cabinet

Ethernet/I.P. Connection

The common buttons include a Silence, Reset, Acknowledge, and

Drill. All of the buttons are accessible once the locked door is

opened.

P-Link

The IPA-4000 has a proprietary communication protocol that

communicates through a RS-485 connection to field devices. Up

to 64 devices may be connected to a single P-Link connection. The

P-Link includes the communication terminals and regulated 24 VDC

connection for the field devices. The field devices may be any of the

following:

PAD100-SLCE-Analog/Addressable loop expansion module

(maximum of 31 per IPA-4000)

The IPA-4000 is shipped standard with an Ethernet connection.

This connection is the programming port and may be connected

to a building Wide Area Network (WAN) or Local Area Network

(LAN). Once connected to the Internet, the panel may be selectively

programmed to e-mail alarm conditions, trouble conditions,

supervisory conditions, test, Event History and detector status. An

e-mail may be sent to the panel and the panel will e-mail the event

history, detector status, configuration file or server status to an

authorized E-mail account. In addition, reminders may be set to send

an e-mail for service, testing or other conditions.

In addition, the Ethernet connection is UL listed as an IP

communicator. The IP communicator is listed to report to the UL

listed Sur-Gard III IP receiver. The IP communicator replaces the

traditional less reliable alarm communicator transmitter that utilized

telephone lines. The IP communicator is an active method of

connection and communication to the monitoring station.

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 4 OF 5

Fire Alarm Control Panel

Dimensions

18.91”

17.60”

D

E

P

T

H

IPA-4000

TOP

4.41”

3.75“

DEPTH

2

6

.

0

0

LEFT SIDE

2

7

.

3

2

RIGHT SIDE

BOTTOM

Compatible Releasing Devices

Note: For releasing applications please order the Potter EOLD

(3005012) for circuits connected to a releasing solenoid or actuator.

BrandDescription

Skinner

Ordering Information

ModelDescription

IPA-4000

Fire Alarm Releasing Control Panel

Replacement Board IPA-4000

Stock No.

3992717

3992740

Victaulic

Mini Max

Viking

TLX

73218BN4UNLVN0C112CZ

73212BN4TNLVN0C322C2

753-E Series

MX123 & MX200 w/ 8876677 & 889323

11591, 11601, 11602, 13843, & 13844

PA0036

Potter Electric Signal Company, LLC • St. Louis, MO • Phone: 800-325-3936 •

8830102 - REV J

5/23 PAGE 5 OF 5

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File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730161128)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730161128)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730197642)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730197642)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730280055)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730280055)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730494441)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730494441)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730541086)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730541086)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730573847)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730573847)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1730657448)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1730657448)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1735065332)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1735065332)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1738264844)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1738264844)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1738313669)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1738313669)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1095, humandate(1740140860)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(26))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
Error[2]: Trying to access array offset on value of type int, File: /www/wwwroot/www.usbmi.com/xiunophp/xiunophp.min.php, Line: 54
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 1096, humandate(1740140860)
File: /www/wwwroot/www.usbmi.com/tmp/model_thread.func.php, Line: 662, well_thread_format(array(27))
File: /www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm, Line: 249, well_thread_find_asc(array(20) , 20)
File: /www/wwwroot/www.usbmi.com/tmp/route_read.php, Line: 204, include(/www/wwwroot/www.usbmi.com/tmp/view_template_d8_htm_read.htm)
File: /www/wwwroot/www.usbmi.com/tmp/index.inc.php, Line: 129, include(/www/wwwroot/www.usbmi.com/tmp/route_read.php)
File: /www/wwwroot/www.usbmi.com/index.php, Line: 29, include(/www/wwwroot/www.usbmi.com/tmp/index.inc.php)
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