SLC TRL1 Safety Interlocking Device Owner’s Manual

SLC TRL1 Safety Interlocking Device

Functional features

TRL1 safety interlocking device series is based on RFID radio frequency induction coding technology, using monitored stainless steel latch mechanism, used for personnel or machine safety protective door device. The secure dual- channel output technology can achieve safety level SIL3 or PLe, which can be used with the safety latch.

Technical parameter

Safety level|
---|---
Standard| IS0 13849-1 IEC/EN60947-5-3
Certification| Coatis. 041/3S8I4L93-1diusaslucithaabnlenefol rippler/lop Lid. conforming CE / CQC / FCC
|
 Protect

• Safety short circuit protection
• Current limit
• Overload protection
• Over voltage protection
• Overheat protection stops and restarts
• Reverse polarity protection
• Transient noise protection
• Failure pulse protection

Output|
---|---
Safety output| d2-iawganyorsetdicutnedsat put Pls Neaps)or NPN output (with self-
Aux output| l1oPcNkiPnogr
Technical parameters|
Latch insertion deviation| Max.：±2mm
Locking retainer Fmax (ISO14119)| 9750N or 3000N
Locking retainer Fzh (ISO14119)| 7500N or 2000N
Minimum radius of the revolving door| ≥220mm
Working voltage| DC 24V±15%
Rated power| 4.6W(No load)※
Output current| Max.：200mA
Output conduction voltage drop| ＜2.5V@200mA
Leakage current| ＜100uA
Operating frequency| 0.5Hz
Response time| 100ms(Working independent
Risk time| 100ms
Start time| 3.5s
Protection grade| Ip67
Operating temperature| 0…+55℃
Relative humidity| 5…95%
Material PhD| Nylon/zinc alloy/stainless steed
| <4.2×10-8
Matted| 288年

※The maximum power is 10W (no load) and the duration is 200ms

Model description

Optional features, “※” means the “1” to the left of ※ is variable.

The cascaded input gate is close (positive)

1. Cascading input lock fixed (positive) (default)
2. Cascaded input auxiliary output (reverse)
3. Indicates the cascading input status (positive)
4. No cascaded input gate close (positive)
5. No cascade input door lock fixed (positive)
6. No cascaded input auxiliary output (positive)
7. Cascaded input system fault indication (positive)
8. No cascaded input system fault indication (positive)
9. Cascade input gate close (reverse)
10. Cascade input lock lock (reverse)
11. Cascaded input auxiliary output (positive)
12. Cascaded input status (reverse)
13. cascaded input gate approach (reverse)
14. Cascaded input door lock (reverse)
15. Cascaded input auxiliary output (reverse)
16. Cascaded input system fault indication (reverse)
17. No cascaded input system fault indication (reverse)

TRL1 safety interlocking device series selection Guide

Lockfohrocelding| Type| lock type| PNP/NPN| Actuator| Sensors| Actuator + Sensor|
---|---|---|---|---|---|---|---

**** Fzh:7500N

| type| | PNP| TRL1M0P-AC| TRL1M0A1P-SE| TRL1M0A1※P| LOT136352299SCPE
LOT136352299SCNE
NPN| TRL1M0N-AC| TRL1M0A1N-SE| TRL1M0A1※N| LOT136352299SCPO
| PNP| TRL1M1P-AC| TRL1M1A1P-SE| TRL1M1A1※P| LOT136352299SCNO
NPN| TRL1M1N-AC| TRL1M1A1N-SE| TRL1M1A1※N| LOT136352299UCPE
type| | PNP| TRL1U0P-AC| TRL1U0A1P-SE| TRL1U0A1※P| LOT136352299UCNE
NPN| TRL1U0N-AC| TRL1U0A1N-SE| TRL1U0A1※N| LOT136352299UCPO
| PNP| TRL1U1P-AC| TRL1U1A1P-SE| TRL1U1A1※P| LOT136352299UCNO
NPN| TRL1U1N-AC| TRL1U1A1N-SE| TRL1U1A1※N| LOT1E36352299SCPE
Fzh:2000N| type| | PNP| TRL1M0P-AC| TRL1M0A1PE-SE| TRL1M0A1※PE| LOT1E36352299SCNE
NPN| TRL1M0N-AC| TRL1M0A1NE-SE| TRL1M0A1※NE| LOT1E36352299SCPO
| PNP| TRL1M1P-AC| TRL1M1A1PE-SE| TRL1M1A1※PE| LOT1E36352299SCNO
NPN| TRL1M1N-AC| TRL1M1A1NE-SE| TRL1M1A1※NE| LOT1E36352299UCPE
type| | PNP| TRL1U0P-AC| TRL1U0A1PE-SE| TRL1U0A1※PE| LOT1E36352299UCNE
NPN| TRL1U0N-AC| TRL1U0A1NE-SE| TRL1U0A1※NE| LOT1E36352299UCPO
| PNP| TRL1U1P-AC| TRL1U1A1PE-SE| TRL1U1A1※PE| LOT1E36352299UCNO
NPN| TRL1U1N-AC| TRL1U1A1NE-SE| TRL1U1A1※NE|

※Optional: Optional items, “※” means the “1” to the left of ※ is variable.
Lock holding force Fzh complies with ISO14119 test standards

Accessories Selection Table

| | able **** Name| Model| Order no.
---|---|---|---|---

Mounting bracket

| | right  TRL1No.1 racket mounting b| TRL1-ZJ01| LOTTRL1-ZJ01
| right  TRL1No.2 racket| TRL1-ZJ02R| LOTTRL1-ZJ02R
| left m TRL1No.2| TRL1-ZJ02L| LOTTRL1-ZJ02L
| TRL1No.3| TRL1-ZJ03| LOTTRL1-ZJ03
| right TRL1No.4※ mounting br| TRL1-ZJ04R| LOTTRL1-ZJ04R
| left TRL1No.4※ cket mounting bra| TRL1-ZJ04L| LOTTRL1-ZJ04L
| Back release accessories| TRL1-H03| LOTTRL1H03
| Manual release key Single head 3m cable| TRL1-F03| LOTTRL1F03

※TRL1 4 (left and right) Mounting bracket: mainly used with revolving door
※TRL1 1 Mounting bracket: Used with TSL1/TSL2 safety latch. For details, see TSL1/TSL2 safety latch

Installation dimension of inductor

※The actual size and weight of the product may vary depending on the product configuration and manufacturing process.
In this marking method, the size above the dimension line is the optimal installation size, and the
range below the dimension line is the range that can be locked after installation according to the size above the dimension line.

Overall dimensions of actuator and mounting bracket

Actuator

No. 3 mounting bracket
TRL1-ZJ03

No. 1 mounting bracket
TRL1-ZJ01※

※The actual size and weight of the product may vary depending on the product configuration and manufacturing process.

No.2 right mounting bracket
TRL1-ZJ02R

※The actual size and weight of the product may vary depending on the product configuration and manufacturing process.
※TRL1 1 Mounting bracket: Used with TSL1/TSL2 safety latch. For details, see TSL1/TSL2 safety latch.
※ In this marking method, the size above the dimension line is the optimal installation size, and the range
below the dimension line is the range that can be locked after installation according to the size above the dimension line.

No.2 left mounting bracket
TRL1-ZJ02L

No.4 left mounting bracket
TRL1-ZJ04L

※The actual size and weight of the product may vary depending on the product configuration and manufacturing process.
In this marking method, the size above the dimension line is the optimal installation size, and the
range below the dimension line is the range that can be locked after installation according to the size above the dimension line.

Installation steps with “mounting bracket”

1. Calculate and measure the position of one side of the sensor installation, and punch holes in the position of the unlocking handle on the back;
2. Rotate the sensor screw slider to the opposite side of the screw head to be fixed (each 90° rotation provides four installation directions);
3. The actuator with four M4 screw fixed at the side of the door, pay attention to the need to to keep back the unlock knobs and handles mounting holes not obscured;
4. Insert the actuator sensor jack, (mechanical lock setting need to unlock the knob to logo location) and adjust “mounting bracket installation direction” (for each installation rotate 90 ° direction, it provides three installation direction), with four M4 screw “mounting bracket and actuator lock, with sensors, both spacing shall not be greater than 3 mm;
5. The assembly of the “mounting bracket” and the actuator is fixed on the other side of the safety door with 2 M4 screws;
6. Turn the unlock knob to logo position, TRL1 safety lock can work normally;
7. The four actuator installation hole anti-disassembly plug into the actuator installation hole.

Direct installation steps

1. Turn the sensor screw slider to the screw head alignment to be fixed (four mounting orientations are provided for each 90 ° rotation);
2. Fix the actuator on one side of the safety door with four M4 screws, and ensure that the mounting holes of the unlocking knob and handle on the back are not blocked;
3. Insert the actuator into the sensor jack (mechanical locking needs to rotate the unlocking knob to the position marked by ), and measure the position of the actuator mounting hole. The actuator is close to the sensor, and the spacing between the two shall not be more than 3mm;
4. Fix the sensor on the other side of the safety door with 4 M4 screws;
5. To unlock the knob to logo position, TRL1 safety lock can work normally;
6. Install the four actuator mounting hole ant disassembly plugs into the actuator mounting hole.

TRL1 safety interlocking device series correct approach direction

※Safety locks must be installed as shown above.
The actuator can only be approached from the front of the sensor.
In special cases, you may need to manually unlock the safety lock. After unlocking the safety lock, you must perform a function test.

TRL1 safety interlocking device series wrong approach direction

※The safety lock cannot be installed in the manner shown above.

Adjust the smoothness of opening and closing

If the door does not open and close smoothly after installation, the locking machine meter screw (1.5mm on the opposite side) can also be removed and used again. Since the door is easy to open in this case, please prepare a door suction product as required

Danger

• To reduce the probability of invalidation, install the TRL1 safety door lock in a location that is not easily accessible (e.g., out of reach, with physical shielding or railings, in a hidden location). Or it can be secured in a non-removable manner to prevent the TRL1 safety lock from being removed or moved.
• For more information on minimizing the probability of invalidation, refer to ISO14119.
• The actuator, inductor and other mounting brackets should be fixed according to the installation size requirements.
• During installation, apply thread glue of medium strength to the screws to prevent the screws of the TRL1 safety door lock sensor and actuator mounting bracket from loosening.
• If the special mounting bracket is not suitable for installation, please consult our product sales personnel.

Attention

• When installing a revolving door, ensure that the revolving radius of the door is greater than 220mm.
• When replacing the actuator or inductor, follow the same procedure.
• Prepare additional screws (M4) for attaching the actuator, inductor, and mounting bracket to the device.

Instructions for unlocking

1. When manual release is required, please use a screwdriver or a manual knob accessory to turn the TRL1 sensor front release knob clockwise from to . At this time, the TRL1 sensor will not be able to lock the TRL1 actuator. To restore the locking function, you need to turn the TRL1 sensor front release knob counterclockwise from to .
2. TRL1 safety lock can work normally only when the front release knob and the back release knob are at position at the same time.
   Cross release knob
   Triangle release knob

Warning

• For the electromagnetic locking model, it is prohibited to turn the manual release knob from to position when the product is locked, otherwise it will cause irreparable damage to TRL products;
• For the electromagnetic locking model, when the door is opened, turn the manual release knob from to , and then give the door locking signal, which will not provide the locking force for the safety door. If the product needs to work normally again, you need to turn the manual release knob to position.

Installation and Use Instructions for Rear Release Fitting TRL1-H03

1. Locate and punch the TRL1 sensor mounting piece (75~45mm thick) with a diameter ≥ 32mm, which is used to install the rear release fitting TRL1-H03, and install and fix the TRL1 sensor with four M4 screws

   • Insert the TRL1-H03 torsion bar of the rear release fitting into the positioning shaft of the rear release fitting as shown in the figure, and align the convex point of the positioning shaft and the screw mounting hole with the positioning hole and screw hole of the TRL1 sensor respectively, so as to ensure that the cross bone position of the back release torsion bar is inserted into the cross slot of the TRL1 sensor, and rotate the back release torsion bar to
     unlock the TRL1 sensor

   • Fix the locating shaft of the back unlocking handle at the installation position of the TRL1 actuator with two M4 screws

   • Fix the mounting plate of the rear release fitting on the TRL1 sensor mounting plate with four M4 screws (note that the marking direction of the mounting plate needs to be consistent with the actual unlocking direction; the screw length needs to be determined according to the thickness of the mounting part, and the TRL1 sensor cannot be contacted)

   • Install the TRL1 back release handle handle into the TRL1 back release handle torsion bar, and fix them with accessory screws as shown in ⑥.

Avoid mutual interference

When multiple TRL1 safety door locks are used, mutual interference may occur, which may lead to incorrect operation of TRL1 safety door locks. To prevent
mutual interference, please install TRL1 safety door lock according to the following regulations.

Interface signal definition

Safety inputB+

| White| Casc  Safety output ored)

ade inputs (monit

6| Auxiliary output| Yellow

Grey

| Door status/lock status/output status
7| Safety input+| |
8| | Black| Cascade inputs (monitored)

Input and output circuit diagram

Application Wiring Example of PNP Type safety Door Lock with Electromagnetic Locking and SCDA127R

Wiring examples of electromagnetic locking NPN type safety door lock and SCDA127R/N application

Example of mechanical locking PNP safety door lock and SCDA127R application wiring

Connection example of mechanical locking NPN type safety door lock and SCDA127R/N application

Wiring diagram of PNP type electromagnetic locking safety door lock multi lock cascade and SCDA127R

Warning

• When multiple sets of products are used in cascaded or shared power supply, it is recommended to avoid collinear LOCK signals of multiple sets of products to avoid abnormal products or systems caused by excessive instantaneous power.

Wiring diagram of electromagnetic locking NPN type safety door lock multi lock cascade and SCDA127R/N

OSSD output self diagnosis timing

TRL1 safety lock has output self diagnosis function. During the TRL1 safety lock output continuity, the TRL1 safety lock internal control timing control unit periodically and actively turns off the OSSDA and OSSDB outputs in turn. During the brief shutdown of OSSDA or OSSDB, the TRL1 safety lock internal timing control unit detects whether OSSDA or OSSDB is indeed closed. If it is indeed closed, the corresponding OSSD switch is in normal working state. If OSSD is not detected to be closed, the corresponding OSSD fails, and the system will immediately shut down both OSSDs. At this time, the TRL1 safety lock red
indicator flashes to ensure functional safety. Therefore, when the load connected to the safety lock is a PLC or a fast intelligent device with MCU control, it is necessary to filter the self-test pulse in the program. The following figure is the TRL1 safety lock self diagnosis output waveform sequence diagram.

※Devices connected to the OSSD, such as safety relays or contactors, should not react to these temporary, self diagnostic shutdown signals.

TRL1 safety interlocking device series function status indication

Electromagnetic locking (PNP )type

status|

（Pink）

| OSSD

input ow ck/Yell

| Lock status（

）

| White/Green）

0V

| Auxiliary indication, 0~H optional function (gray line)

0          1          2          3          4          5          6 7                         8                 9           A         B         C D         E          F            G           H

| LED indicator status
0V| 0V| 24V| 0V| 0V| 0V| 24V| | | 24V| 24V| 0V| 24V| 24V| 24V| 0V| |

Misalignment

| Low level| Low level| Unlocked| 0V| 0V| 0V| 24V| 24V| 0V| 0V| 24V|

(Fa2u4lVty)

|

(Fa2u4lVty)

| 24V| 24V| 0V| 0V| 24V| 24V| 0V|

(Fa0uVlty)

|

(Fa0uVlty)

|
Low level| High level| Unlocked| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V
High level| Low level| Unlocked| 0V| 0V| 0V| 24V| 24V| 0V| 0V| 24V| 24V| 24V| 0V| 0V| 24V| 24V| 0V
High level

Low level

| High level

Low level

| Unlocked

Unlocked

| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V
Alignment| Low level| High level| Unlocked| 0V| 24V| 0V| 24V| 24V| 24V| 0V| 24V| 0V| 24V| 0V| 0V| 0V| 24V| 0V| The red light is steady on, Lock the yellow light blinks at 1Hz, and all other lights are off.

__Green light flashing at 1Hz,steady yellow Lock,Input yellow light flashes at 1Hz,red

High level| | | 0V| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V
High level| Low level| Lock

Lock

| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| light off

Steady green, steady yellow Lock, steady yellow Input, steady red.

| High level| | | | | | | | | | | | | | | |
Electromagnetic locking (NPN) type

status| （Pink）| OSS Din put ow ck/Yell| Lock status（

）

| White/Green

24V

| Auxiliary indication, 0~H optional function (gray line)

0          1         2           3          4          5          6 7                         8                 9           A         B         C D         E          F            G           H

| LED indicator status
）

24V

| 24V| 0V| 0V| 24V| 24V| 0V| | | 0V| 0V| 24V| 24V| 0V| 0V| 24V| |

Misalignment

| High level| Low level| Unlocked| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V|

(Fa0uVlty)

|

(Fa0uVlty)

| 0V| 0V| 24V| 0V| 0V| 0V| 24V|

(Fa2u4lVty)

|

(Fa2u4lVty)

|
High level| High level| Unlocked| 24V| 24V| 24V| 0V| 0V| 24V| 24V| 0V| 0V| 0V| 24V| 24V| 0V| 0V| 24V
Low level| Low level| Unlocked| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V
Low level| High level| Unlocked| 24V| 0V| 24V| 0V| 0V| 0V| 24V| 0V| 24V| 0V| 24V| 24V| 24V| 0V| 24V
Alignment| High level| Low level| Unlocked| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| The red light is steady on, Lock the yellow light blinks at 1Hz, and all other lights are off.

l G ig re h e t n off light flashing at 1Hz,steady yellow Lock,Input yellow light flashes at 1Hz,red

Steady green, steady yellow Lock, steady yellow Input, steady red.

High level| High level| Unlocked| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| 24V| 24V| 0V| 24V| 24V| 24V
Low level| High level| Lock| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V
Low level| Low level| Lock| | | | | | | | | | | | | | |
Mechanical locking（PNP）type

aAlicgtnumateonrt status| coDnotroorllsoigcnkal

（Pink） （

| OSSD

Bla input ow ck/Yell

| Lock status（

）

| oOuStpSuDt

White/Green

0V

| Auxiliary indication, 0~H optional function (gray line)

0          1          2          3          4          5          6 7                         8                 9           A         B         C D         E          F            G           H

| LED indicator status
）

0V

| 0V| 24V| 0V| 0V| 0V| 24V| | | 24V| 24V| 0V| 24V| 24V| 24V| 0V| |

Misalignment

| Low level| Low level| Unlocked| 0V| 0V| 0V| 24V| 24V| 0V| 0V| 24V|

(Fa2u4lVty)

|

(Fa2u4lVty)

| 24V| 24V| 0V| 0V| 24V| 24V| 0V|

(Fa0uVlty)

|

(Fa0uVlty)

|
Low level| High level| Unlocked| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V
High level| Low level| Unlocked| 0V| 0V| 0V| 24V| 24V| 0V| 0V| 24V| 24V| 24V| 0V| 0V| 24V| 24V| 0V
High level

High level

| High level| Unlocked| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V
Alignment| High level| Low level| Unlocked| 0V| 24V| 0V| 24V| 24V| 24V| 0V| 24V| 0V| 24V| 0V| 0V| 0V| 24V| 0V| The red light is steady on, Lock the yellow light blinks at 1Hz, and all other lights are off.

l G ig re h e t n off light flashing at 1Hz,steady yellow Lock,Input yellow light flashes at 1Hz,red

Steady green, steady yellow Lock, steady yellow Input, steady red.

| High level| Unlocked| 0V| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V
Low level| Low level| Lock| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V
Low level| High level| Lock| | | | | | | | | | | | | | |
Mechanical locking （NPN ）type

status| （Pink）| OSSD

input ow ck/Yell

| Lock status（

）

|

White/Green

24V

| Auxiliary indication, 0~H optional function (gray line)

0          1         2           3          4          5          6 7                         8                 9           A         B         C D         E          F            G           H

| LED indicator status
）

24V

| 24V| 0V| 0V| 24V| 24V| 0V| | | 0V| 0V| 24V| 24V| 0V| 0V| 24V| |

Misalignment

| High level| Low level| Unlocked| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| (Fa0uVlty)| (Fa0uVlty)| 0V| 0V| 24V| 0V| 0V| 0V| 24V|

(Fa2u4lVty)

|

(Fa2u4lVty)

|
High level| High level| Unlocked| 24V| 24V| 24V| 0V| 0V| 24V| 24V| 0V| 0V| 0V| 24V| 24V| 0V| 0V| 24V
Low level| Low level| Unlocked| 24V| 24V| 24V| 0V| 24V| 24V| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V
Low level

Low level

| High level

Low level

| Unlocked| 24V| 0V| 24V| 0V| 0V| 0V| 24V| 0V| 24V| 0V| 24V| 24V| 24V| 0V| 24V
Alignment| Low level| High level| Unlocked| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| 0V| 24V| The red light is steady on, Lock the yellow light blinks at 1Hz, and all other lights are off.

__Green light flashing at 1Hz,steady yellow Lock,Input yellow light flashes at 1Hz,red

| | Unlocked| 24V| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| 24V| 24V| 24V| 24V| 24V| 24V
High level| High level

Low level

| Lock| 0V| 0V| 0V| 24V| 0V| 0V| 0V| 24V| 24V| 24V| 0V| 0V| 24V| 24V| 0V| light off

Steady green, steady yellow Lock, steady yellow Input, steady red.

High level| | Lock| | | | | | | | | | | | | | |

TRL1 safety interlocking device series indicator status

LED status during normal operation

Red light| Green light| | | Product status
Always on| Off| Off| Off| No RFID tag (common code)
Flashing light| Off| Off| Off| No RFID tag (unique code)
Always on| Off| Off| 1Hz flash| RFID tag, no LOCK signal
Off| 1Hz flash| 1Hz flash| Always on| RFID tags, door lock, no input signals
Off| Always on| Always on| Always on| RFID tags, door lock, no input signals
LED status during fault

Red light| Green light| YellIoNwPULTight| YelloLOwCLKight| Product status
1Hz flash| Off| Off| Off| oOuStSpDutosuetplfudtiaogvneorlsoiasdfa/AuUltX/OoSuStpteurtmoivnearlovaodlt/aOgSeS detection fault
1Hz flash| Off| 1Hz flash| Off| Power supply voltage out of operating range
4Hz flash| Off| 4Hz flash| Off| Input self diagnosis fault oupler self diagnosis

lectromagnet fault/optoc

4Hz flash| Off| Off| Off| fault
3 red and 1 green cyclic flashing| Off| 1Hz flash| Opening timeout
3 green and 1 red cyclic flashing| Off| Always on| Door lock timeout
Red green alternating 1Hz flashing Red green alternating 4 Hz flashing| Off| Off| Communication failure of main and auxiliary MCU nique code label and door lock code do not
| Off| Off| match

Unique encoding actuator uses matching

TRL1 safety locks are classified into generic and unique coding types.※
Unique Code Type The TRL1 safety door lock has no unique code before delivery. You need to match the code
with the TRL1 actuator (door key) only when you use it for the first time.
After the green light flashes three times, the red light flashes for 1s, then flashes twice at 2Hz, and repeat. The other lights are off (unique code).

For sensors that have not completed coding matching, coding matching shall be performed as follows:

1. Use the TRL1 actuator (door key) provided by our company to insert the unmatched TRL1 safety door lock;
2. Power on the TRL1 safety lock. After the TRL1 safety lock that does not match the code is powered on and initialized successfully (the green light blinks three times), it enters the matching mode, and the traffic light blinks alternately and rapidly.
3. TRL1 safety door lock will read the code of TRL1 actuator (door key);
4. After 5 seconds, the TRL1 safety door lock matches the code successfully, and the traffic lights stop flashing alternately;
5. Please power off and restart the TRL1 safety lock.

※Once the unique code type TRL1 safety door lock matches the code of a TRL1 actuator (door key) successfully, this TRL1 safety door lock can only identify the matched TRL1 actuator (door key), but not other TRL1 actuators (door key) during use.

Attention

• The actuator must be matched for the first use.
• In the process of actuator matching, do not power off or move the actuator, otherwise the matching will fail.
• After matching the actuator and inductor, they can only be used in pairs, and the inductor can no longer identify other actuators.

FCC STATEMENT

1. This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:
2. This device may not cause harmful interference.
3. This device must accept any interference received, including interference that may cause undesired operation.
4. Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

NOTE: This equipment has been tested and 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 interference in a residential installation.
This equipment generates uses and can radiate radio frequency 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 equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

FCC Radiation Exposure Statement

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with minimum distance 20cm between the radiator & your body

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