1. Technical Operation

The T.R.A.P. system represents a significant advancement in spectral entity containment technology. T.R.A.P. is an acronym that stands for Targeting, Reclamation, Anchoring, and Polarization, representing the four key stages of the system's operation. This section provides detailed technical specifications for each component of the T.R.A.P. system, outlining its capabilities, limitations, and performance parameters. Understanding these specifications is crucial for proper operation, maintenance, and troubleshooting of the T.R.A.P. unit.

T.R.A.P. System Specifications

1. Targeting:

Targeting System: Quantum Entanglement Field Generator (QEFG)
Spectral Sensitivity: Detects ethereal emanations within the 100-500 THz range.
Target Acquisition Time: < 0.5 seconds (typical)
Lock-On Range: Effective up to 50 meters. Range may be reduced in areas with high ambient spectral interference.
Targeting Beam: Focused Ethereal Energy Beam (FEEB) with a variable intensity output.

2. Reclamation:

Reclamation Field: Variable Frequency Ethereal Resonance Field (VFERF)
Frequency Range: Adjustable between 200-400 THz to match specific spectral signatures.
Reclamation Range: Effective within a 20-meter radius of the trap.
Reclamation Speed: Variable, depending on the entity's spectral density and resistance. Typical reclamation time: 5-15 seconds.

3. Anchoring:

Anchoring System: Dimensional Anchor Generator (DAG)
Anchoring Field: Localized Space-Time Distortion Field (LSTDF)
Anchoring Duration: Maintains a stable anchor for up to 24 hours. Extended anchoring requires connection to a secondary power source.
Dimensional Stability: Maintains entity's presence in our dimension with a 99.99% stability rating.

4. Polarization:

Polarization System: Subatomic Polarization Field Emitter (SPFE)
Polarization Field Strength: Variable, up to 10 Tesla.
Polarization Time: < 1 second.
Containment Unit Capacity: Single entity per containment unit. Multiple containment units can be linked for simultaneous capture.
Energy Storage: Polarized energy is stored within the Containment Matrix at a density of X joules/cm³ (we can decide on a value later).

2. Operational Guidelines

This section provides step-by-step instructions for the safe and effective operation of the T.R.A.P. system. Adherence to these guidelines is crucial for both operator safety and successful entity containment.

2.1 Pre-Capture Procedures

Equipment Check: Before each operation, verify that the T.R.A.P. unit is fully charged and functioning correctly. Inspect the trap housing and ECU for any signs of damage or malfunction. Ensure a fresh, charged cartridge is installed.
Area Assessment: Survey the target area for potential hazards, including unstable structures, flammable materials, or areas with high electromagnetic interference. Choose a safe and open location for trap deployment.
Proton Pack Coordination: Coordinate with proton pack operators to ensure the entity is sufficiently weakened before capture. Establish clear communication protocols to avoid accidental crossfire or interference.

2.2 Capture Procedure

T.R.A.P. Activation: Activate the T.R.A.P. unit by flipping the power switch located on the ECU. The unit will then perform a self-diagnostic check.
Containment Field Deployment: Once the entity is weakened, deploy the containment field by activating the ICFG (Internal Containment Field Generator) via the ECU. Exercise caution during field deployment, as it may temporarily disrupt electronic devices in close proximity.
Entity Guidance: Carefully guide the weakened entity into the deployed containment field. Maintain a safe distance and use appropriate containment protocols.
Containment Confirmation & Securing: Verify successful capture and secure the containment by observing the indicator lights on the trap cartridge readout. A steady light indicates secure containment.

2.3 Post-Capture Procedures

Containment Unit Storage/Transport: Store or transport the T.R.A.P. unit containing the captured entity according to established safety protocols. Important: Storing a captured entity on your trap holster is strictly prohibited. The holster is for transport ONLY and is not designed for long-term containment.
Cartridge Change: After each capture, the cartridge MUST be replaced before attempting to capture another entity. Opening a used cartridge can result in a containment breach.

2.4 Cartridge Change Procedure

Deactivate T.R.A.P.: Ensure the T.R.A.P. unit is fully deactivated before attempting a cartridge change.
Secure Area: Perform the cartridge change in a designated safe area, free from potential hazards.
Eject Cartridge: Remove the ejection lever safety screw, then proceed to pull ejection lever to safely eject the cartridge.
Install New Cartridge: Insert a fresh, charged cartridge into the trap housing and ensure it is securely locked and safety lever screw is reinstalled.
Verify Functionality: Reactivate the T.R.A.P. unit and perform a brief diagnostic check to ensure the new cartridge is functioning correctly. If the T.R.A.P. unit malfunctions, immediately cease operation and consult the troubleshooting guide.

2.5 Emergency Procedures

Containment Breach: In the event of a containment breach, defined as any situation where a captured entity escapes the confinement of the T.R.A.P. system, immediately take the following actions:

Alert Personnel: Immediately alert all personnel in the vicinity of the containment breach. Use clear and concise communication to convey the situation and any potential hazards.
Evacuate Non-Essential Personnel: Evacuate all non-essential personnel from the affected area. Establish a safe perimeter to prevent unauthorized access.
Assess the Situation: Quickly assess the nature and severity of the breach. Identify the type of entity involved, its level of activity, and any immediate threats it poses.
Containment Strategies:
- If the entity is relatively passive or contained within a limited area, attempt to re-establish containment using a secondary T.R.A.P. unit.
- If the entity is highly active or poses an immediate danger, prioritize the safety of personnel and consider utilizing proton packs to subdue the entity before attempting recapture.
Post-Breach Procedures:
- Incident Report: File a detailed incident report documenting the circumstances of the breach, the actions taken, and any injuries or damages incurred.
- Equipment Inspection: Thoroughly inspect the T.R.A.P. unit involved in the breach to determine the cause of the failure. Quarantine the unit until it can be assessed by qualified technicians.
- Decontamination: If necessary, decontaminate the affected area according to established protocols.
- Review and Training: Review the incident with all involved personnel to identify any procedural or training deficiencies. Reinforce the importance of adhering to safety protocols.
Prevention:
- Regular Maintenance: Perform regular maintenance on all T.R.A.P. equipment to ensure optimal functionality.
- Proper Training: Ensure all personnel operating T.R.A.P. systems are adequately trained and certified.
- Safety Protocols: Strictly adhere to all safety protocols outlined in this manual.
- Equipment Upgrades: Utilize the latest T.R.A.P. technology and upgrades to minimize the risk of containment breaches.

3. Trap/Containment Unit Interactions

This section outlines the procedures for transferring a captured spectral entity from the T.R.A.P. unit to a dedicated containment unit. Proper execution of these procedures is essential to ensure the safe and secure transfer of the entity and to prevent accidental release or containment breaches.

3.1 Docking Procedure: "Insert the Trap"

Trap Insertion: Align the T.R.A.P. unit with the docking port on the containment unit, ensuring the triangle tabs on the trap are properly aligned with the corresponding guides on the dock. Gently slide the trap into the dock until it is securely seated.
Data Link Establishment: Once the trap is docked, the contact points on the front of the trap will engage with the containment unit's docking mechanism. This establishes a secure data link between the trap cartridge and the containment unit's main control system, allowing for coordinated transfer and monitoring.

3.2 Secure and Seal: "Lock the System"

Containment Unit Closure: Close the containment unit door firmly, ensuring it is properly locked. The locking mechanism engages electromagnetic seals, creating a hermetically sealed environment to prevent entity escape.
Safety Activation: Locking the containment unit door also activates safety interlocks to prevent accidental opening during the transfer process and to protect the operator from potential energy surges.

3.3 Grid and Neutralize: "Set Your Entry Grid, Neutralize Your Field"

Entry Grid Activation: Activate the entry grid on the containment unit. The entry grid creates a focused pathway for the entity to move from the trap's containment field into the storage unit within the containment unit.
Containment Field Neutralization: Carefully neutralize the trap's containment field by gradually collapsing it. This process guides the entity towards the entry grid and prevents residual energy buildup.

3.4 Transfer and Verification

Entity Transfer: Once the entry grid is activated and the trap's field is neutralized, the containment unit generates a "pulling" field that gently draws the entity through the entry grid and into the storage unit.
Monitoring: Throughout the transfer process, sensors within the containment unit monitor the entity's movement and ensure system stability.

3.5 "Light is Green, the Trap is Clean"

Verification: Upon completion of the transfer, the containment unit performs a final verification check to confirm the entity is secure within the storage unit, the trap's cartridge is neutralized, and all systems are in a safe state.
Indicator Light: A green indicator light on the containment unit will illuminate to signal successful transfer and system reset.
Trap Removal: Once the green light is illuminated, the trap cartridge can be safely removed and the T.R.A.P. unit prepared for its next operation.

Manual Index

Privacy Settings

Select all services

Website Translator

Store