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Water-to-water heat pump · BACnet points list
Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump BACnet points list
Updated 12 November 2026
The JMWL-Series is a modular water-to-water heat pump (chiller/heater) from Johnson Controls. Each module's master controller exposes about 300 objects over BACnet MS/TP: physical inputs and outputs (AI, AO, BI, BO), status, setpoint and alarm values (AV, BV) and a few multistate values for model, refrigerant, valve options and unit mode. The BAS enables cooling or heating through two BAS command BVs and writes the leaving water setpoints.
This page lists 303 BACnet objects for the Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump — 123 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Johnson Controls’s own free documentation, linked below.
- Manufacturer
- Johnson Controls
- Model
- JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump
- Equipment
- Water-to-water heat pump
- Equipment type
- Heat pumps
- BACnet objects
- 303 (123 writable)
- Transport
- BACnet MS/TP
- Firmware
- Not stated
- Also known as
- JMWL, JMWL-Series, JMWL360, JMWL600, JMWL840, JMW600, 14807-NOM1, 97B0090N02, JCI modular water-to-water heat pump
Reference only, provided as-is: verify against Johnson Controls’s current documentation and the live device before use. Not official Johnson Controls information. Terms of use.
BMS integration notes: Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump
Make sure the local cool and heat enable inputs are open, write the leaving water setpoint (cool_temp_stp_1, 42-62 °F, or heat_temp_stp_1, 80-135 °F), then set cool_enable_bas_1 (BV 52) or heat_enable_bas_1 (BV 53) on and the other off. The module opens its valves, proves load and source flow (BV 9, BV 73, BV 38) and starts the run_cool or run_heat sequence.
Minimum points to map
The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.
| Object | Name | Why | Access |
|---|---|---|---|
| BV 52 | cool_enable_bas_1 | Cooling enable from BAS (heat enable off) | Write |
| BV 53 | heat_enable_bas_1 | Heating enable from BAS (cool enable off) | Write |
| AV 83 | cool_temp_stp_1 | Cooling leaving water setpoint, 42-62 °F | Write |
| AV 88 | heat_temp_stp_1 | Heating leaving water setpoint, 80-135 °F | Write |
| BV 75 | reset_all_1 | Reset all alarms | Write |
| MV 7 | unit_mode_1 | Unit operating mode | Read |
| BV 38 | flow_1 | Load and source flow both proven | Read |
| AV 146 | load_out_tmp_stat_1 | Load water outlet temperature | Read |
| AV 31 | alarm_code_1 | Alarm flash code number | Read |
Enable & remote start
With the local dig_cool_enable_1 and dig_heat_enable_1 inputs open, BV 52 cool_enable_bas_1 or BV 53 heat_enable_bas_1 starts the module in cooling or heating; only one should be on.
Network setup
- MS/TP baud is set with DIP switches 1 and 2 on the controller.
- BACnet network numbers and device instances are set from the controller's FN(0) and FN(4) menus.
Watch out for
- Physical outputs (BO, AO) are not marked read-only in the table; writing them overrides the module's own control.
Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump BACnet objects
Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AI | 1 | c1-2_inputs_1 | C1-C2 Status Inputs | Read | ||
| AI | 2 | c1_disch_pres_1 | C1 Discharge Pressure | Read | ||
| AI | 3 | c1_disch_temp_1 | C1 Discharge Temp | °F | Read | |
| AI | 4 | c1_suc_pres_1 | C1 Suction Pressure | Read | ||
| AI | 5 | c1_suct_temp_1 | C1 Suction Temp | °F | Read | |
| AI | 6 | c2_disch_pres_1 | C2 Discharge Pressure | Read | ||
| AI | 7 | c2_disch_temp_1 | C2 Discharge Temp | °F | Read | |
| AI | 8 | load_in_temp_cool_1 | Load Inlet Temp Cool Mode | °F | Read | |
| AI | 9 | c2_suc_pres_1 | C2 Suction Pressure | Read | ||
| AI | 10 | c2_suct_temp_1 | C2 Suction Temp | °F | Read | |
| AI | 11 | load_in_temp_heat_1 | Load Inlet Temp Heat Mode | °F | Read | |
| AI | 12 | load_out_temp_cool_1 | Load Outlet Temp Cool Mode | °F | Read | |
| AI | 13 | valve_in_1 | Mot Valve Status Inputs | Read | ||
| AI | 14 | load_out_temp_heat_1 | Load Outlet Temp Heat Mode | °F | Read | |
| AI | 15 | diff_pr_hi_range_load_010_1 | Diff Press Hi Range Load Flow 0-5VDC | Read | ||
| AI | 16 | diff_pr_hi_range_source_010_1 | Diff Press Hi Range Source Flow 0-5VDC | Read | ||
| AI | 17 | diff_pr_load_010_1 | Diff Press Low Range Load Flow 0-5VDC | Write | ||
| AI | 18 | diff_pr_source_010_1 | Diff Press Low Range Source Flow 0-5VDC | Write | ||
| AI | 19 | src_in_temp_cool_1 | Source Inlet Temp Cool Mode | °F | Read | |
| AI | 20 | src_in_temp_heat_1 | Source Inlet Temp Heat Mode | °F | Read | |
| AI | 21 | src_out_temp_cool_1 | Source Outlet Temp Cool Mode | °F | Read | |
| AI | 22 | src_out_temp_heat_1 | Source Outlet Temp Heat Mode | °F | Read | |
| AI | 23 | rem_chw_stp_010_1 | Remote Cool Setpoint 0-10VDC | Read | ||
| AI | 25 | rem_cw_stp_010_1 | Remote Heat Setpoint 0-10VDC | Read | ||
| AO | 1 | cnd_vlv_ao_1 | Source Cond Mot Valve AO | % | Write | |
| AO | 2 | alm_flash_code_ao_1 | Alarm Flash Code AO | % | Write | |
| AV | 3 | cool_comp_req_1 | # Cool Comp Requested | Read | ||
| AV | 4 | heat_comp_req_1 | # Heat Comp Requested | Read | ||
| AV | 5 | cool_stp_stat_1 | Active Cool Setpoint | °F | Read | |
| AV | 6 | heat_stp_stat_1 | Active Heat Setpoint | °F | Read | |
| AV | 7 | c1_disch_pres_stat_1 | C1 Disch Pressure Status | Read | ||
| AV | 9 | c1_disch_temp_stat_1 | C1 Discharge Temp Status | Read | ||
| AV | 14 | cdmv_i_gain_1 | Cond Mot Valve PID I-gain | Write | ||
| AV | 16 | c1_suc_pres_stat_1 | C1 Suction Pressure Status | Read | ||
| AV | 19 | c1_suct_temp_stat_1 | C1 Suction Temp Status | Read | ||
| AV | 20 | c2_disch_pres_stat_1 | C2 Discharge Pressure Status | Read | ||
| AV | 22 | cdmv_pid_mnpct_1 | Cond Mot Valve PID Min Percent | Write | ||
| AV | 23 | cdmv_p_gain_1 | Cond Mot Valve PID P-gain | Write | ||
| AV | 26 | cond_in_tmp_stat_1 | Cond In Temp Status | °F | Read | |
| AV | 29 | cond_in_temp_stat_1 | Cond Wtr Inlet Temp Status | Read | ||
| AVmin | 31 | alarm_code_1 | Alarm Flash Code number | Read | ||
| AV | 32 | clg_db1_1 | Cool Mode PID Deadband1 | Write | ||
| AV | 35 | clg_fall_1 | Cool Mode PID Fall Rate | Write | ||
| AV | 38 | clg_i_gain_1 | Cool Mode PID I-gain | Write | ||
| AV | 40 | clg_p_gain_1 | Cool Mode PID P-gain | Write | ||
| AV | 41 | clg_rise_1 | Cool Mode PID Rise Rate | Write | ||
| AV | 42 | cond_out_temp_stat_1 | Cond Wtr Outlet Temp Status | Read | ||
| AV | 43 | c2_disch_temp_stat_1 | C2 Discharge Temp Status | Read | ||
| AV | 44 | cool_evap_lo_tmp_1 | Cool Mode Evap Wtr Low Alm Temp | Write | ||
| AV | 45 | cool_high_cond_tmp_1 | Cool Mode Cond Wtr Hi Alm Temp | Write | ||
| AV | 47 | cool_hi_evap_tmp_1 | Cool Mode Evap Wtr Hi Alm Temp | Write | ||
| AV | 48 | cool_lo_cond_tmp_1 | Cool Mode Low Cond Alarm Temp | Write | ||
| AV | 49 | diff_press_ld_1 | Load Water Header Diff Pressure | Read | ||
| AV | 50 | evmv_pid_db_1 | Evap Mot Vlv PID Deadband | Write | ||
| AV | 52 | evmv_i_gain_1 | Evap Mot Valve PID I-gain | Write | ||
| AV | 54 | evmv_pid_mnpct_1 | Evap Mot Valve PID Min Percent | Write | ||
| AV | 55 | evmv_p_gain_1 | Evap Mot Valve PID P-gain | Write | ||
| AV | 56 | evmv_pid_ramp_1 | Evap Mot Valve PID Ramp | Write | ||
| AV | 57 | diff_press_src_1 | Source Water Header Diff Pressure | Read | ||
| AV | 63 | mod_high_suct_press_sp_410_1 | High Suction Press Alm Sp 410a | Write | ||
| AV | 64 | htg_db1_1 | Heat Mode PID Deadband1 | Write | ||
| AV | 67 | htg_fall_1 | Heat Mode PID Fall Rate | Write | ||
| AV | 70 | htg_i_gain_1 | Heat Mode PID I-gain | Write | ||
| AV | 72 | htg_p_gain_1 | Heat Mode PID P-gain | Write | ||
| AV | 73 | htg_rise_1 | Heat Mode PID Rise Rate | Write | ||
| AV | 75 | cond_out_tmp_stat_1 | COND Out Temp Status | Read | ||
| AV | 76 | evap_in_temp_stat_1 | Evap Wtr Inlet Temp Status | Read | ||
| AV | 78 | mod_lo_disch_press_sp_410_1 | Low Discharge Press Sp 410a | Write | ||
| AV | 80 | evap_out_stat_1 | EVAP Out Temp Status | Read | ||
| AV | 81 | man_mode_time_1 | Max Allowed Time in Manual Mode | Write | ||
| AV | 82 | max_cool_load_stp_1 | Cool Mode Max Water Out Setpoint | °F | Write | |
| AVmin | 83 | cool_temp_stp_1 | Cool Mode Outlet Water Setpoint | °F | Write | |
| AV | 84 | heat_evap_lo_tmp_1 | Heat Mode Evap Wtr Low Alm Temp | Write | ||
| AV | 86 | c2_suc_pres_stat_1 | C2 Suction Pressure Status | Read | ||
| AV | 87 | min_cool_load_stp_1 | Cool Mode Min Water Out Setpoint | °F | Write | |
| AVmin | 88 | heat_temp_stp_1 | Heat Mode Outlet Water Setpoint | °F | Write | |
| AV | 89 | mod_cmpr_off_delay_1 | Compr Min Off-Cycle Delay | Write | ||
| AV | 90 | mod_cmpr_min_run_1 | Compr Min Run Time | Write | ||
| AV | 93 | mod_default_hp_1 | Module Default Head Pressure | Read | ||
| AV | 94 | mod_default_sp_1 | Module Default SP | Write | ||
| AV | 98 | mod_cool_lo_suc_press_sp_410_1 | Cool Low Suction Press Alrm Sp 410a | Write | ||
| AV | 99 | heat_high_cond_tmp_1 | Heat Mode Cond Wtr Hi Alm Temp | Write | ||
| AV | 100 | mod_hi_disch_press_sp_1 | Hi Compr Discharge Press Alarm Stp | Read | ||
| AV | 101 | mod_hi_disch_tmp_1 | Hi Compr Discharge Alarm Temp | Write | ||
| AV | 104 | cool_lo_suct_tmp_1 | Cool Mode Low Suction Alarm Temp | Write | ||
| AV | 105 | heat_hi_evap_tmp_1 | Heat Mode Evap Wtr Hi Alm Temp | Write | ||
| AV | 107 | c2_suct_temp_stat_1 | C2 Suction Temp Status | Read | ||
| AV | 110 | heat_lo_cond_tmp_1 | Heat Mode Cond Wtr Low Alm Temp | Write | ||
| AV | 111 | mod_high_suct_press_sp_1 | High Compr Suction Pressure Stp | Read | ||
| AV | 112 | mod_lo_disch_press_sp_1 | Low Compr Discharge Pressure Stp | Read | ||
| AV | 113 | mod_low_low_press_sp_1 | Extra-Low Suction Pressure Alarm Stp | Write | ||
| AV | 114 | mod_lo_suc_psi_delay_1 | Time Delay Before Low Suction Pressure Alm | Write | ||
| AV | 118 | load_in_tmp_stat_1 | Load Water In Temp Status | Read | ||
| AV | 121 | comp_on_1 | Num of Comp ON | Read | ||
| AV | 123 | failed_comp_1 | Num of Failed Comp | Read | ||
| AV | 124 | mod_low_press_sp_1 | Low Suction Pressure Alarm Stp | Read | ||
| AV | 125 | mod_lo_suction_tmp_1 | Low Compr Suction Alarm Temp | Write | ||
| AV | 135 | mod_startup_delay_1 | Module Start-Up Delay | Write | ||
| AV | 137 | max_heat_temp_stp_1 | Heat Mode Max Water Out Setpoint | °F | Write | |
| AV | 138 | min_heat_temp_stp_1 | Heat Mode Min Water Out Setpoint | °F | Write | |
| AV | 139 | rem_cool_stp_stat_1 | Cool Mode Remote Water Out Setpoint | °F | Read | |
| AV | 140 | rem_heat_stp_stat_1 | Heat Mode Remote Water Out Setpoint | °F | Read | |
| AV | 141 | c1_suc_sat_tmp_1 | C1 Saturated Suction Temp | Write | ||
| AV | 142 | c1_suc_superheat_1 | C1 Suction Superheat | °F | Write | |
| AV | 145 | mod_heat_lo_suc_press_sp_410_1 | Heat Low Suction Press Alm Sp 410a | Write | ||
| AVmin | 146 | load_out_tmp_stat_1 | Load Water Out Temp Status | Read | ||
| AV | 147 | heat_lo_suct_tmp_1 | Heat Mode Low Suction Alm Temp | Write | ||
| AV | 148 | lo_ld_diff_pr_1 | Load Water Header Low Diff Alm Pressure | Write | ||
| AV | 149 | lo_src_diff_pr_1 | Source Water Header Low Diff Alm Pressure | Write | ||
| AV | 150 | mod_cool_low_press_sp_1 | Cool Mode Low Suction Press Alm Stp | Read | ||
| AV | 152 | mod_heat_low_press_sp_1 | Heat Mode Low Suction Press Alarm Stp | Read | ||
| AV | 153 | reset_alm_delay_1 | Reset Alarm DELAY | Write | ||
| AV | 154 | source_in_tmp_stat_1 | Source Wtr In Temp Status | Read | ||
| AV | 156 | source_out_tmp_stat_1 | Source Wtr Out Temp Status | Read | ||
| AV | 157 | evap_in_tmp_stat_1 | Evap In Temp Status | Read | ||
| AV | 158 | evap_out_temp_stat_1 | Evap Wtr Outlet Temp Status | Read | ||
| AV | 185 | stages_on_1 | Num of Stages ON | Read | ||
| AV | 186 | act_lo_diff_press_ld_1 | Actual Low Diff Press Trip Load | °F | Read | |
| AV | 187 | act_lo_diff_press_src_1 | Actual Low Diff Press Trip Source | °F | Read | |
| AV | 188 | c1_comp_cyc_count_1 | C1 Comp Cycle Count | Write | ||
| AV | 189 | c2_comp_cyc_count_1 | C2 Comp Cycle Count | Write | ||
| AV | 190 | diff_pr_trip_mult_1 | Diff Pressure Trip Multiplier | Write | ||
| AV | 191 | est_kw_per_ton_1 | Estimated Kw Per Ton | °F | Read | |
| AV | 192 | est_tons_1 | Estimated Tons | °F | Read | |
| AV | 193 | est_watts_1 | Estimated Watts | °F | Read | |
| AV | 194 | ldpsi_cali_point_1 | Load Water Diff Pr Cali Point | Write | ||
| AV | 195 | max_delta_temp_ld_1 | Max Delta Temp- Load | Write | ||
| AV | 196 | max_delta_temp_src_1 | Max Delta Temp- Source | Write | ||
| AV | 197 | num65t1req_1 | Num 32.5 Ton Comps Req Stg1 | Read | ||
| AV | 200 | c2_suc_sat_tmp_1 | C2 Saturated Suction Temp | Read | ||
| AV | 201 | pid_diff_fact_1 | PID Differential Factor | Write | ||
| AV | 202 | srcpsi_cali_point_1 | Source Water Diff Pr Cali Point | Write | ||
| AV | 203 | mod_defaulthp_usehihp_1 | Default HP Using High Head Pressure | Write | ||
| AV | 204 | mod_defaulthp_uselowhp_1 | Default HP Using Low Head Pressure | Write | ||
| AV | 447 | c2_suc_superheat_1 | C2 Suction Superheat | °F | Read | |
| AV | 581 | cool_stp_with_offset_1 | Cool Mode Setpoint Offset | Read | ||
| AV | 583 | c1_cycles_1 | Comp 1 Cycles | Read | ||
| AV | 584 | c1_runtime_1 | Comp 1 Runtime | Read | ||
| AV | 585 | c2_cycles_1 | Comp 2 Cycles | Read | ||
| AV | 586 | c2_runtime_1 | Comp 2 Runtime | Read | ||
| AV | 588 | cool_stp_offset_1 | Cool Mode Setpoint Offset | Write | ||
| AV | 589 | heat_stp_offset_1 | Heating Setpoint Offset | Write | ||
| AV | 609 | heat_stp_with_offset_1 | Heat Mode Setpoint Offset | Read | ||
| AV | 615 | max_cool_ramp_rate_1 | Max Cool Ramp Rate | Write | ||
| AV | 616 | max_heat_ramp_rate_1 | Maximum Heat Ramp Rate | Write | ||
| AV | 627 | clg_comp_req_1 | Num of Cooling Comp Requested | Read | ||
| AV | 628 | htg_comp_req_1 | Num of Heating Comp Requested | Read | ||
| AV | 631 | runtime_refresh_1 | Time Interval Before Compr Runtime Refresh | Write | ||
| AV | 633 | source_mv_pidout_1 | Source Mot Valve PID Out % | Read | ||
| AV | 634 | stg1_clg_pid_1 | Cool Mode PID Count | Read | ||
| AV | 635 | stg1_htg_pid_1 | Heat Mode PID Count | Read | ||
| AV | 638 | step_pid_65t_1 | Step PID Value for 65T | Read | ||
| BI | 1 | phase_in_ok_1 | Phase Input OK | Read | ||
| BI | 2 | ld_water_flow_1 | Load Water Flow Switch | Read | ||
| BI | 3 | src_water_flow_1 | Source Water Flow Switch | Read | ||
| BI | 4 | dig_cool_enable_1 | Digital Input Cool Enable | Write | ||
| BI | 5 | dig_heat_enable_1 | Digital Input Heat Enable | Write | ||
| BI | 7 | reset_all_alrm_1 | Reset All Alarms | Read | ||
| BO | 1 | cool_rev_vlv_bo_1 | Cool Reversing Valve S/S | Write | ||
| BO | 2 | chlr_stat_1 | Chiller Status | Write | ||
| BO | 3 | comp_1_ss_bo_1 | Comp 1 S/S | Write | ||
| BO | 4 | comp_2_ss_bo_1 | Comp 2 S/S | Write | ||
| BO | 5 | load_vlv_ss_bo_1 | Load Mot Vlv S/S | Write | ||
| BO | 6 | o245_1 | Alarm | Write | ||
| BV | 1 | c1_cycles_reset_1 | C1 Cycles Reset | Write | ||
| BV | 2 | run_1 | System Run Command Status | Read | ||
| BV | 3 | c1_hi_dis_psi_unld_1 | C1 Hi Discharge Pressure Unload | Read | ||
| BV | 4 | c1_hi_dis_tmp_unld_1 | C1 Hi Discharge Temp Unload | Read | ||
| BV | 5 | c1_lolo_suc_psi_unld_1 | C1 Extra-Low Suction Pressure Unload | Read | ||
| BV | 6 | c1_lo_suc_psi_unld_1 | C1 Low Suction Pressure Unload | Read | ||
| BV | 7 | alarm_bo_1 | Alarm Status Output | Read | ||
| BV | 8 | cool_enable_1 | Cool Mode Enable Input | Read | ||
| BV | 9 | load_flow_1 | Load Water Flow Switch Status | Read | ||
| BV | 10 | c1_lo_suc_tmp_unld_1 | C1 Low Suction Temp Unload | Read | ||
| BV | 12 | reset_c1_rtim_1 | C1 Runtime Reset | Write | ||
| BV | 13 | c2_cycles_reset_1 | C2 Cycles Reset | Write | ||
| BV | 14 | c2_hi_dis_psi_unld_1 | C2 Hi Discharge Pressure Unload | Read | ||
| BV | 15 | c2_hi_dis_tmp_unld_1 | C2 Hi Discharge Temp Unload | Read | ||
| BV | 16 | c2_lolo_suc_psi_unld_1 | C2 Extra-Low Suction Pressure Unload | Read | ||
| BV | 17 | c2_lo_suc_psi_unld_1 | C2 Low Suction Pressure Unload | Read | ||
| BV | 18 | c2_lo_suc_tmp_unld_1 | C2 Low SuctionTemp Unload | Read | ||
| BV | 19 | c2_manual_1 | C2 Manual Mode Lock On | Write | ||
| BV | 20 | reset_c2_rtim_1 | C2 Runtime Reset | Write | ||
| BV | 21 | run_cool_1 | Cool Mode Run Command Status | Read | ||
| BV | 22 | run_heat_1 | Heat Mode Run Command Status | Read | ||
| BV | 23 | clg_ok_1 | Cool Mode OK to Run | Read | ||
| BV | 24 | comp1_fail_1 | Compr 1 Fail Status | Read | ||
| BV | 25 | comp_1h_go_1 | Comp 1 High Go Command | Write | ||
| BV | 26 | cmpr1_min_run_1 | Compr 1 Min Runtime Status | Read | ||
| BV | 27 | cmpr1_delay_on_1 | Compr 1 Off Delay Status | Read | ||
| BV | 29 | comp_1_ss_1 | Compr 1 Start/Stop | Read | ||
| BV | 31 | comp1_oor_1 | Compr 1 Sensor Out-O-Range | Read | ||
| BV | 32 | comp1_status_1 | Compr 1 Run Status | Read | ||
| BV | 33 | cmpr2_min_run_1 | Compr 2 Min Runtime Status | Read | ||
| BV | 34 | cmpr2_delay_on_1 | Compr 2 Off Delay Status | Read | ||
| BV | 36 | comp_2_ss_1 | Compr 2 Start/Stop | Read | ||
| BV | 37 | comp2_oor_1 | Compr 2 Sensor Out-Of-Range | Read | ||
| BVmin | 38 | flow_1 | All Water Flows Status | Read | ||
| BV | 39 | heat_enable_1 | Heat Mode Enable Input | Read | ||
| BV | 40 | cool_mode_1 | Cool Mode Status | Read | ||
| BV | 41 | heat_mode_1 | Heat Mode Run Status | Read | ||
| BV | 44 | mod_cwr_avail_1 | Cond Water Out Sensor Available Command | Write | ||
| BV | 45 | mod_chs_hi_enable_1 | Cond Water Out Enable High Temp Limit | Write | ||
| BV | 46 | mod_cwr_lo_enable_1 | Cond Water Out Enable Low Temp Limit | Write | ||
| BV | 47 | mod_disch_psi_avail_1 | Compr Discharge Pressure Available Command | Write | ||
| BV | 48 | mod_disch_tmp_avail_1 | Compr Discharge Temp Available Command | Write | ||
| BV | 50 | mod_suc_psi_avail_1 | Compr Suction Pressure Available Command | Write | ||
| BV | 51 | mod_suc_tmp_avail_1 | Compr Suction Temp Avalable Command | Write | ||
| BVmin | 52 | cool_enable_bas_1 | Cool Enable BAS Command | Write | ||
| BVmin | 53 | heat_enable_bas_1 | Heat Enable BAS Command | Write | ||
| BV | 54 | cool_bin_reset_1 | COOL BIN RESET | Write | ||
| BV | 55 | unit_status_1 | Unit Status | Read | ||
| BV | 56 | use_diff_pr_flow_sens_1 | Use Water Hdr Diff Press Flow Sensors | Write | ||
| BV | 57 | use_hi_range_diff_pr_sens_1 | Use Hi Range Water Hdr Diff Press Flow Sensors | Write | ||
| BV | 58 | comp2_status_1 | Compr 2 Run Status | Read | ||
| BV | 59 | comp2_fail_1 | Compr 2 Fail Status | Read | ||
| BV | 60 | newcmplead1_1 | Compressor New Lead 1 | Read | ||
| BV | 61 | fix_open_mod_1 | Fix Mot Valves as Open Command | Write | ||
| BV | 62 | load_mv_ss_1 | Load Mot Valve Start/Stop | Read | ||
| BV | 63 | heat_bin_reset_1 | HEAT BIN RESET | Write | ||
| BV | 64 | cond_in_hi_tmp_alm_1 | Cond Wtr Inlet Hi Temp Alarm | Read | ||
| BV | 65 | cwr_trg_unld_1 | Hi Cond Wtr Out Temp Unload | Read | ||
| BV | 66 | cond_in_lo_tmp_alm_1 | Cond Wtr Inlet Lo Temp Alarm | Read | ||
| BV | 67 | reset_alm_timeout_1 | Reset Alarm Timeout | Read | ||
| BV | 68 | load_vlv_status_1 | Load Mot Valve Aux Switch Status | Read | ||
| BV | 69 | freeze_trg_unld_1 | Low Evap Water Out Temp Unload | Read | ||
| BV | 70 | htg_ok_1 | Heat Mode OK to Run | Read | ||
| BV | 71 | cond_in_oor_1 | Cond Water Inlet Temp Out-Of- Range Alarm | Read | ||
| BV | 73 | src_flow_1 | Source Water Flow Switch Status | Read | ||
| BV | 74 | m01c1lead_1 | Compr1 Lead Status | Read | ||
| BVmin | 75 | reset_all_1 | Reset All Alarm | Write | ||
| BV | 76 | m01c2lead_1 | Compr2 Lead Status | Read | ||
| BV | 77 | use_pre_calc_dif_pr_setpt_1 | Use Pre-Calc Diff Pr Cutout | Write | ||
| BV | 78 | use_hi_hp_comp_1 | Use Hi Head Pressure Compr for Low HP Ctrl | Write | ||
| BV | 79 | man_refr_cmplead_1 | Manually Refresh Lead Compr | Write | ||
| BV | 81 | c1t1_oor_1 | C1 Discharge Temp Out-Of- Range Alarm | Read | ||
| BV | 82 | c1t2_oor_1 | C1 Suction Temp Out-Of-Range Alarm | Read | ||
| BV | 83 | cond_out_oor_1 | Cond Water Outlet Temp Out-Of- Range Alarm | Read | ||
| BV | 84 | evap_in_hi_tmp_alm_1 | Evap Wtr Inlet Hi Temp Alarm | Read | ||
| BV | 85 | evap_in_lo_tmp_alm_1 | Evap Wtr Inlet Low Temp Alarm | Read | ||
| BV | 86 | c2t1_oor_1 | C2 Discharge Temp Out-Of- Range Alarm | Read | ||
| BV | 87 | c2t2_oor_1 | C2 Suction Temp Out-Of-Range Alarm | Read | ||
| BV | 88 | no_flow_1 | No Flow Alarm | Read | ||
| BV | 89 | ld_dif_pr_oor_1 | Load Water Diff Pressure Out-Of- Range Alarm | Read | ||
| BV | 90 | phase_alarm_1 | Phase Alarm | Read | ||
| BV | 91 | evap_in_oor_1 | Evap Water Inlet Temp Out-Of- Range Alarm | Read | ||
| BV | 92 | evap_out_oor_1 | Evap Water Outlet Out-Of-Range Alarm | Read | ||
| BV | 97 | cd_wtr_out_hi_alm_1 | Cond Water Outlet Hi Temp Alarm | Read | ||
| BV | 98 | ev_wtr_out_hi_alm_1 | Evap Water Outlet Hi Temp Alarm | Read | ||
| BV | 99 | cd_wtr_out_lo_alm_1 | Cond Water Outlet Low Temp Alarm | Read | ||
| BV | 100 | nomodsavail_1 | No Modules Available Alarm | Write | ||
| BV | 101 | src_dif_pr_oor_1 | Source Water Diff Pressure Out- Of-Range Alarm | Read | ||
| BV | 102 | mod_fail_mot_vlv_1 | Module Failure Mot Valve | Read | ||
| BV | 103 | mod_fail_wat_out_1 | Module Failure Water Out Temp | Read | ||
| BV | 104 | reset_manheatmode_1 | Manual Heat Mode Command | Read | ||
| BV | 105 | module_here_1 | Module Here | Read | ||
| BV | 106 | module_ok_1 | Module Ok | Read | ||
| BV | 107 | mot_vlv_status_1 | Mot Vlv Aux Sw Status | Write | ||
| BV | 108 | reset_forceman_1 | Reset Force Man Mode Terminate | Read | ||
| BV | 109 | m2457_1 | Request to Run Status | Write | ||
| BV | 110 | reset_c1_alrm_1 | Reset C1 Alarms | Write | ||
| BV | 111 | reset_c2_alrm_1 | Reset C2 Alarms | Write | ||
| BV | 112 | reset_freeze_1 | Reset Freeze or Hot Wtr Alm or Mot Valve Alarm | Read | ||
| BV | 113 | reversing_vlv_1 | Reversing Valve | Write | ||
| BV | 114 | reset_oorsl_1 | Reset Sensor Out-Of-Range Alarm | Read | ||
| BV | 115 | stagedn_ok_1 | Compr OK to Stage Down | Read | ||
| BV | 116 | stageup_ok_1 | Compr OK to Stage Up | Read | ||
| BV | 117 | startup_ok_1 | Module OK after Startup Delay | Read | ||
| BV | 118 | c1p1_oor_1 | C1 Discharge Pressure Out- Of- Range Alarm | Read | ||
| BV | 119 | c1p2_oor_1 | C1 Suction Pressure Out-Of- Range Alarm | Read | ||
| BV | 120 | c2p1_oor_1 | C2 Discharge Pressure Out-Of- Range Alarm | Read | ||
| BV | 121 | c2p2_oor_1 | C2 Suction Pressure Out-Of- Range Alarm | Write | ||
| BV | 122 | source_vlv_status_1 | Source Mot Valve Aux Switch Status | Read | ||
| BV | 123 | c1_ex_pump_dns_1 | Compressor 1 Excessive Pump Downs | Write | ||
| BV | 127 | c1_hi_disch_tmp_1 | Compr1 High Discharge Temp Alarm | Read | ||
| BV | 128 | c1_hi_pres_alm_1 | Compr1 High Discharge Pressure Alarm | Read | ||
| BV | 129 | c1_lolo_suc_pres_alm_1 | Compr1 Extra-Low Suction Pressure Alarm | Read | ||
| BV | 130 | c1_low_suc_pres_alm_1 | Compr1 Low Suction Pressure Alarm | Read | ||
| BV | 131 | c1_low_suc_supht_1 | Compressor 1 Low Suction Superheat | Write | ||
| BV | 132 | c1_lo_suc_tmp_1 | Compr1 Low Suction Temp Alarm | Read | ||
| BV | 136 | c1_no_run_1 | Compr1 No-Run Alarm | Read | ||
| BV | 141 | c2_ex_pump_dns_1 | Compressor 2 Excess Pump Downs | Write | ||
| BV | 181 | c2_hi_disch_tmp_1 | Compr2 High Discharge Temp Alarm | Read | ||
| BV | 182 | c2_hi_pres_alm_1 | Compr2 High Discharge Pressure Alarm | Read | ||
| BV | 196 | c2_lolo_suc_pres_alm_1 | Compr2 Extra-Low Suction Pressure Alarm | Read | ||
| BV | 210 | c2_low_suc_pres_alm_1 | Compr2 Low Suction Pressure Alarm | Read | ||
| BV | 211 | c2_low_suc_supht_1 | Compressor 2 Low Suction Superheat | Write | ||
| BV | 212 | c2_lo_suc_tmp_1 | Compr2 Low Suction Temp Alarm | Read | ||
| BV | 213 | c2_no_run_1 | Compr2 NO-Run Alarm | Read | ||
| BV | 215 | cond_vlv_al_1 | Cond Water Motorized Valve Status Alarm | Read | ||
| BV | 218 | freeze_trg_1 | Evap Water Outlet Low Temp Alarm | Read | ||
| BV | 219 | evap_vlv_al_1 | Evap Water Motorized Valve Status Alarm | Read | ||
| BV | 226 | dis_suct_superht_1 | Superheat Notice | Write | ||
| BV | 235 | phasestat_1 | Phase Loss Status | Read | ||
| MV | 1 | chiller_model_type_1 | Chiller Model Type | Write | ||
| MV | 2 | refresh_cmplead_method_1 | Compr Runtime Refresh Method Selector | Write | ||
| MV | 3 | an_inp15_typ_1 | Remote Cool Trg AI Type- None or 0-5VDC | Write | ||
| MV | 4 | an_inp16_typ_1 | Remote Heat Trg AI Type- None or 0-5VDC | Write | ||
| MV | 5 | mod_comp_ref_type_1 | Compr Refrigerant Type | Write | ||
| MV | 6 | mot_vlv_opt_1 | Motorized Valve Options | Write | ||
| MVmin | 7 | unit_mode_1 | Unit Operating Mode Status | Read | ||
| MV | 8 | inp_15_point_type_1 | Remote Cool Mode Setpoint AI Chnl 1-15 | Write | ||
| MV | 9 | inp_16_point_type_1 | Remote Heat Mode Setpoint AI Chnl 1-16 | Write |
No points match these filters.
Object ID lookup: Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump point IDs by name
AI1c1-2_inputs_1AI2c1_disch_pres_1AI3c1_disch_temp_1AI4c1_suc_pres_1AI5c1_suct_temp_1AI6c2_disch_pres_1AI7c2_disch_temp_1AI8load_in_temp_cool_1AI9c2_suc_pres_1AI10c2_suct_temp_1AI11load_in_temp_heat_1AI12load_out_temp_cool_1AI13valve_in_1AI14load_out_temp_heat_1AI15diff_pr_hi_range_load_010_1AI16diff_pr_hi_range_source_010_1AI17diff_pr_load_010_1AI18diff_pr_source_010_1AI19src_in_temp_cool_1AI20src_in_temp_heat_1AI21src_out_temp_cool_1AI22src_out_temp_heat_1AI23rem_chw_stp_010_1AI25rem_cw_stp_010_1AO1cnd_vlv_ao_1AO2alm_flash_code_ao_1AV3cool_comp_req_1AV4heat_comp_req_1AV5cool_stp_stat_1AV6heat_stp_stat_1AV7c1_disch_pres_stat_1AV9c1_disch_temp_stat_1AV14cdmv_i_gain_1AV16c1_suc_pres_stat_1AV19c1_suct_temp_stat_1AV20c2_disch_pres_stat_1AV22cdmv_pid_mnpct_1AV23cdmv_p_gain_1AV26cond_in_tmp_stat_1AV29cond_in_temp_stat_1AV31alarm_code_1AV32clg_db1_1AV35clg_fall_1AV38clg_i_gain_1AV40clg_p_gain_1AV41clg_rise_1AV42cond_out_temp_stat_1AV43c2_disch_temp_stat_1AV44cool_evap_lo_tmp_1AV45cool_high_cond_tmp_1AV47cool_hi_evap_tmp_1AV48cool_lo_cond_tmp_1AV49diff_press_ld_1AV50evmv_pid_db_1AV52evmv_i_gain_1AV54evmv_pid_mnpct_1AV55evmv_p_gain_1AV56evmv_pid_ramp_1AV57diff_press_src_1AV63mod_high_suct_press_sp_410_1AV64htg_db1_1AV67htg_fall_1AV70htg_i_gain_1AV72htg_p_gain_1AV73htg_rise_1AV75cond_out_tmp_stat_1AV76evap_in_temp_stat_1AV78mod_lo_disch_press_sp_410_1AV80evap_out_stat_1AV81man_mode_time_1AV82max_cool_load_stp_1AV83cool_temp_stp_1AV84heat_evap_lo_tmp_1AV86c2_suc_pres_stat_1AV87min_cool_load_stp_1AV88heat_temp_stp_1AV89mod_cmpr_off_delay_1AV90mod_cmpr_min_run_1AV93mod_default_hp_1AV94mod_default_sp_1AV98mod_cool_lo_suc_press_sp_410_1AV99heat_high_cond_tmp_1AV100mod_hi_disch_press_sp_1AV101mod_hi_disch_tmp_1AV104cool_lo_suct_tmp_1AV105heat_hi_evap_tmp_1AV107c2_suct_temp_stat_1AV110heat_lo_cond_tmp_1AV111mod_high_suct_press_sp_1AV112mod_lo_disch_press_sp_1AV113mod_low_low_press_sp_1AV114mod_lo_suc_psi_delay_1AV118load_in_tmp_stat_1AV121comp_on_1AV123failed_comp_1AV124mod_low_press_sp_1AV125mod_lo_suction_tmp_1AV135mod_startup_delay_1AV137max_heat_temp_stp_1AV138min_heat_temp_stp_1AV139rem_cool_stp_stat_1AV140rem_heat_stp_stat_1AV141c1_suc_sat_tmp_1AV142c1_suc_superheat_1AV145mod_heat_lo_suc_press_sp_410_1AV146load_out_tmp_stat_1AV147heat_lo_suct_tmp_1AV148lo_ld_diff_pr_1AV149lo_src_diff_pr_1AV150mod_cool_low_press_sp_1AV152mod_heat_low_press_sp_1AV153reset_alm_delay_1AV154source_in_tmp_stat_1AV156source_out_tmp_stat_1AV157evap_in_tmp_stat_1AV158evap_out_temp_stat_1AV185stages_on_1AV186act_lo_diff_press_ld_1AV187act_lo_diff_press_src_1AV188c1_comp_cyc_count_1AV189c2_comp_cyc_count_1AV190diff_pr_trip_mult_1AV191est_kw_per_ton_1AV192est_tons_1AV193est_watts_1AV194ldpsi_cali_point_1AV195max_delta_temp_ld_1AV196max_delta_temp_src_1AV197num65t1req_1AV200c2_suc_sat_tmp_1AV201pid_diff_fact_1AV202srcpsi_cali_point_1AV203mod_defaulthp_usehihp_1AV204mod_defaulthp_uselowhp_1AV447c2_suc_superheat_1AV581cool_stp_with_offset_1AV583c1_cycles_1AV584c1_runtime_1AV585c2_cycles_1AV586c2_runtime_1AV588cool_stp_offset_1AV589heat_stp_offset_1AV609heat_stp_with_offset_1AV615max_cool_ramp_rate_1AV616max_heat_ramp_rate_1AV627clg_comp_req_1AV628htg_comp_req_1AV631runtime_refresh_1AV633source_mv_pidout_1AV634stg1_clg_pid_1AV635stg1_htg_pid_1AV638step_pid_65t_1BI1phase_in_ok_1BI2ld_water_flow_1BI3src_water_flow_1BI4dig_cool_enable_1BI5dig_heat_enable_1BI7reset_all_alrm_1BO1cool_rev_vlv_bo_1BO2chlr_stat_1BO3comp_1_ss_bo_1BO4comp_2_ss_bo_1BO5load_vlv_ss_bo_1BO6o245_1BV1c1_cycles_reset_1BV2run_1BV3c1_hi_dis_psi_unld_1BV4c1_hi_dis_tmp_unld_1BV5c1_lolo_suc_psi_unld_1BV6c1_lo_suc_psi_unld_1BV7alarm_bo_1BV8cool_enable_1BV9load_flow_1BV10c1_lo_suc_tmp_unld_1BV12reset_c1_rtim_1BV13c2_cycles_reset_1BV14c2_hi_dis_psi_unld_1BV15c2_hi_dis_tmp_unld_1BV16c2_lolo_suc_psi_unld_1BV17c2_lo_suc_psi_unld_1BV18c2_lo_suc_tmp_unld_1BV19c2_manual_1BV20reset_c2_rtim_1BV21run_cool_1BV22run_heat_1BV23clg_ok_1BV24comp1_fail_1BV25comp_1h_go_1BV26cmpr1_min_run_1BV27cmpr1_delay_on_1BV29comp_1_ss_1BV31comp1_oor_1BV32comp1_status_1BV33cmpr2_min_run_1BV34cmpr2_delay_on_1BV36comp_2_ss_1BV37comp2_oor_1BV38flow_1BV39heat_enable_1BV40cool_mode_1BV41heat_mode_1BV44mod_cwr_avail_1BV45mod_chs_hi_enable_1BV46mod_cwr_lo_enable_1BV47mod_disch_psi_avail_1BV48mod_disch_tmp_avail_1BV50mod_suc_psi_avail_1BV51mod_suc_tmp_avail_1BV52cool_enable_bas_1BV53heat_enable_bas_1BV54cool_bin_reset_1BV55unit_status_1BV56use_diff_pr_flow_sens_1BV57use_hi_range_diff_pr_sens_1BV58comp2_status_1BV59comp2_fail_1BV60newcmplead1_1BV61fix_open_mod_1BV62load_mv_ss_1BV63heat_bin_reset_1BV64cond_in_hi_tmp_alm_1BV65cwr_trg_unld_1BV66cond_in_lo_tmp_alm_1BV67reset_alm_timeout_1BV68load_vlv_status_1BV69freeze_trg_unld_1BV70htg_ok_1BV71cond_in_oor_1BV73src_flow_1BV74m01c1lead_1BV75reset_all_1BV76m01c2lead_1BV77use_pre_calc_dif_pr_setpt_1BV78use_hi_hp_comp_1BV79man_refr_cmplead_1BV81c1t1_oor_1BV82c1t2_oor_1BV83cond_out_oor_1BV84evap_in_hi_tmp_alm_1BV85evap_in_lo_tmp_alm_1BV86c2t1_oor_1BV87c2t2_oor_1BV88no_flow_1BV89ld_dif_pr_oor_1BV90phase_alarm_1BV91evap_in_oor_1BV92evap_out_oor_1BV97cd_wtr_out_hi_alm_1BV98ev_wtr_out_hi_alm_1BV99cd_wtr_out_lo_alm_1BV100nomodsavail_1BV101src_dif_pr_oor_1BV102mod_fail_mot_vlv_1BV103mod_fail_wat_out_1BV104reset_manheatmode_1BV105module_here_1BV106module_ok_1BV107mot_vlv_status_1BV108reset_forceman_1BV109m2457_1BV110reset_c1_alrm_1BV111reset_c2_alrm_1BV112reset_freeze_1BV113reversing_vlv_1BV114reset_oorsl_1BV115stagedn_ok_1BV116stageup_ok_1BV117startup_ok_1BV118c1p1_oor_1BV119c1p2_oor_1BV120c2p1_oor_1BV121c2p2_oor_1BV122source_vlv_status_1BV123c1_ex_pump_dns_1BV127c1_hi_disch_tmp_1BV128c1_hi_pres_alm_1BV129c1_lolo_suc_pres_alm_1BV130c1_low_suc_pres_alm_1BV131c1_low_suc_supht_1BV132c1_lo_suc_tmp_1BV136c1_no_run_1BV141c2_ex_pump_dns_1BV181c2_hi_disch_tmp_1BV182c2_hi_pres_alm_1BV196c2_lolo_suc_pres_alm_1BV210c2_low_suc_pres_alm_1BV211c2_low_suc_supht_1BV212c2_lo_suc_tmp_1BV213c2_no_run_1BV215cond_vlv_al_1BV218freeze_trg_1BV219evap_vlv_al_1BV226dis_suct_superht_1BV235phasestat_1MV1chiller_model_type_1MV2refresh_cmplead_method_1MV3an_inp15_typ_1MV4an_inp16_typ_1MV5mod_comp_ref_type_1MV6mot_vlv_opt_1MV7unit_mode_1MV8inp_15_point_type_1MV9inp_16_point_type_1
Integration notes
- Access comes from the Read Only column: checked points are read-only, unchecked points are shown writable.
- Object names end in _1 for module 1; the table also gives Modbus registers and N2 addresses, which are not listed here. Device ID is printed as DEV:2460xx.
- BALM alarm objects are listed as BV; BMSV objects as MV.
- Descriptions are the table's Name column. The table's Note column flags physical I/O (1), key status (2), BAS commands (3), alarm resets (4) and system alarms (5).
- Source: BACnet, Modbus, N2 Points List, manual pages 37-42.
Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.
Questions about the Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump
How many BACnet points does the Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump have?
This list has 303 BACnet objects: 24 analog inputs, 2 analog outputs, 126 analog values, 6 binary inputs, 6 binary outputs, 130 binary values, 9 multi-state values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump BACnet points are writable?
123 of the 303 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done.
Where is the official Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump BACnet documentation?
The source is JMWL-Series 30-70 Tons Water Source Heat Pump Installation, Operation, and Maintenance Manual (14807-NOM1-1221), revision 2021-12, published free by Johnson Controls at https://docs.johnsoncontrols.com/ductedsystems/api/khub/documents/QEA2laZ4oAFkoKOw8ihTJA/content.
What are the minimum BACnet points to integrate the Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump?
Start with BV 52 cool_enable_bas_1 (Cooling enable from BAS (heat enable off)); BV 53 heat_enable_bas_1 (Heating enable from BAS (cool enable off)); AV 83 cool_temp_stp_1 (Cooling leaving water setpoint, 42-62 °F); AV 88 heat_temp_stp_1 (Heating leaving water setpoint, 80-135 °F); BV 75 reset_all_1 (Reset all alarms); MV 7 unit_mode_1 (Unit operating mode); BV 38 flow_1 (Load and source flow both proven); AV 146 load_out_tmp_stat_1 (Load water outlet temperature); AV 31 alarm_code_1 (Alarm flash code number).
How do I enable BMS control of the Johnson Controls JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump?
With the local dig_cool_enable_1 and dig_heat_enable_1 inputs open, BV 52 cool_enable_bas_1 or BV 53 heat_enable_bas_1 starts the module in cooling or heating; only one should be on.
How do I check these points on the real JMWL-Series 30-70 Ton Modular Water-to-Water Heat Pump?
Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.
More Johnson Controls BACnet points lists
- Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2001 (Two-Pipe, On/Off Valve, Staged Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a multi-speed (staged) fan and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1100 with application #2001.
Also known as: ATC1100, LC-ATC1100-0, Application #2001, ATC app 2001, ATC1100 2001, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2002 (Two-Pipe, 0-10V Valve, Staged Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a multi-speed (staged) fan and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1100 with application #2002.
Also known as: ATC1100, LC-ATC1100-0, Application #2002, ATC app 2002, ATC1100 2002, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2003 (Two-Pipe, On/Off Valve, Staged Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a multi-speed (staged) fan and an optional on/off fresh-air damper, run by the Johnson Controls ATC1100 with application #2003.
Also known as: ATC1100, LC-ATC1100-0, Application #2003, ATC app 2003, ATC1100 2003, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2004 (Two-Pipe, 0-10V Valve, Staged Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a multi-speed (staged) fan and an optional on/off fresh-air damper, run by the Johnson Controls ATC1100 with application #2004.
Also known as: ATC1100, LC-ATC1100-0, Application #2004, ATC app 2004, ATC1100 2004, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2005 (Two-Pipe, On/Off Valve, Var-Speed Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a variable-speed fan and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1100 with application #2005.
Also known as: ATC1100, LC-ATC1100-0, Application #2005, ATC app 2005, ATC1100 2005, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2006 (Two-Pipe, 0-10V Valve, Var-Speed Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a variable-speed fan and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1100 with application #2006.
Also known as: ATC1100, LC-ATC1100-0, Application #2006, ATC app 2006, ATC1100 2006, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2007 (Two-Pipe, On/Off Valve, Var-Speed Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a variable-speed fan and an optional on/off fresh-air damper, run by the Johnson Controls ATC1100 with application #2007.
Also known as: ATC1100, LC-ATC1100-0, Application #2007, ATC app 2007, ATC1100 2007, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1100 Fan Coil Controller - Application #2008 (Two-Pipe, 0-10V Valve, Var-Speed Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a variable-speed fan and an optional on/off fresh-air damper, run by the Johnson Controls ATC1100 with application #2008.
Also known as: ATC1100, LC-ATC1100-0, Application #2008, ATC app 2008, ATC1100 2008, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3001 (Two-Pipe, On/Off Valve, Staged Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a multi-speed (staged) fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #3001.
Also known as: ATC1500, LC-ATC1500-0, Application #3001, ATC app 3001, ATC1500 3001, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3002 (Two-Pipe, On/Off Valve, Staged Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a multi-speed (staged) fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #3002.
Also known as: ATC1500, LC-ATC1500-0, Application #3002, ATC app 3002, ATC1500 3002, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3003 (Two-Pipe, 0-10V Valve, Staged Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a multi-speed (staged) fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #3003.
Also known as: ATC1500, LC-ATC1500-0, Application #3003, ATC app 3003, ATC1500 3003, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3004 (Two-Pipe, 0-10V Valve, Staged Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a multi-speed (staged) fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #3004.
Also known as: ATC1500, LC-ATC1500-0, Application #3004, ATC app 3004, ATC1500 3004, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3005 (Two-Pipe, On/Off Valve, Var-Speed Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a variable-speed fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #3005.
Also known as: ATC1500, LC-ATC1500-0, Application #3005, ATC app 3005, ATC1500 3005, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3006 (Two-Pipe, On/Off Valve, Var-Speed Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (on/off), a variable-speed fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #3006.
Also known as: ATC1500, LC-ATC1500-0, Application #3006, ATC app 3006, ATC1500 3006, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3007 (Two-Pipe, 0-10V Valve, Var-Speed Fan, Floating Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a variable-speed fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #3007.
Also known as: ATC1500, LC-ATC1500-0, Application #3007, ATC app 3007, ATC1500 3007, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #3008 (Two-Pipe, 0-10V Valve, Var-Speed Fan, On/Off Damper)
A two-pipe fan coil with one changeover heating/cooling valve (0-10 V proportional), a variable-speed fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #3008.
Also known as: ATC1500, LC-ATC1500-0, Application #3008, ATC app 3008, ATC1500 3008, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4001 (Four-Pipe, On/Off Valve, Staged Fan, Floating Damper)
A four-pipe fan coil with separate heating and cooling valves (on/off), a multi-speed (staged) fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #4001.
Also known as: ATC1500, LC-ATC1500-0, Application #4001, ATC app 4001, ATC1500 4001, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4002 (Four-Pipe, On/Off Valve, Staged Fan, On/Off Damper)
A four-pipe fan coil with separate heating and cooling valves (on/off), a multi-speed (staged) fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #4002.
Also known as: ATC1500, LC-ATC1500-0, Application #4002, ATC app 4002, ATC1500 4002, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4003 (Four-Pipe, 0-10V Valve, Staged Fan, Floating Damper)
A four-pipe fan coil with separate heating and cooling valves (0-10 V proportional), a multi-speed (staged) fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #4003.
Also known as: ATC1500, LC-ATC1500-0, Application #4003, ATC app 4003, ATC1500 4003, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4004 (Four-Pipe, 0-10V Valve, Staged Fan, On/Off Damper)
A four-pipe fan coil with separate heating and cooling valves (0-10 V proportional), a multi-speed (staged) fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #4004.
Also known as: ATC1500, LC-ATC1500-0, Application #4004, ATC app 4004, ATC1500 4004, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4005 (Four-Pipe, Six-Way Valve, Staged Fan, Floating Damper)
A four-pipe fan coil with a six-way valve for heating and cooling (0-10 V proportional), a multi-speed (staged) fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #4005.
Also known as: ATC1500, LC-ATC1500-0, Application #4005, ATC app 4005, ATC1500 4005, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4006 (Four-Pipe, Six-Way Valve, Staged Fan, On/Off Damper)
A four-pipe fan coil with a six-way valve for heating and cooling (0-10 V proportional), a multi-speed (staged) fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #4006.
Also known as: ATC1500, LC-ATC1500-0, Application #4006, ATC app 4006, ATC1500 4006, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4007 (Four-Pipe, On/Off Valve, Var-Speed Fan, Floating Damper)
A four-pipe fan coil with separate heating and cooling valves (on/off), a variable-speed fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #4007.
Also known as: ATC1500, LC-ATC1500-0, Application #4007, ATC app 4007, ATC1500 4007, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4008 (Four-Pipe, On/Off Valve, Var-Speed Fan, On/Off Damper)
A four-pipe fan coil with separate heating and cooling valves (on/off), a variable-speed fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #4008.
Also known as: ATC1500, LC-ATC1500-0, Application #4008, ATC app 4008, ATC1500 4008, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4009 (Four-Pipe, 0-10V Valve, Var-Speed Fan, Floating Damper)
A four-pipe fan coil with separate heating and cooling valves (0-10 V proportional), a variable-speed fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #4009.
Also known as: ATC1500, LC-ATC1500-0, Application #4009, ATC app 4009, ATC1500 4009, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4010 (Four-Pipe, 0-10V Valve, Var-Speed Fan, On/Off Damper)
A four-pipe fan coil with separate heating and cooling valves (0-10 V proportional), a variable-speed fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #4010.
Also known as: ATC1500, LC-ATC1500-0, Application #4010, ATC app 4010, ATC1500 4010, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4011 (Four-Pipe, Six-Way Valve, Var-Speed Fan, Floating Damper)
A four-pipe fan coil with a six-way valve for heating and cooling (0-10 V proportional), a variable-speed fan, two-wire PWM heating and an optional floating fresh-air damper with position output, run by the Johnson Controls ATC1500 with application #4011.
Also known as: ATC1500, LC-ATC1500-0, Application #4011, ATC app 4011, ATC1500 4011, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Fan coil unit controller
Johnson Controls ATC1500 Fan Coil Controller - Application #4012 (Four-Pipe, Six-Way Valve, Var-Speed Fan, On/Off Damper)
A four-pipe fan coil with a six-way valve for heating and cooling (0-10 V proportional), a variable-speed fan, two-wire PWM heating and an optional on/off fresh-air damper, run by the Johnson Controls ATC1500 with application #4012.
Also known as: ATC1500, LC-ATC1500-0, Application #4012, ATC app 4012, ATC1500 4012, Advanced Terminal Unit Controller, ATC SMART Equipment Controller - Power and energy meter (multi-circuit, BACnet MS/TP or BACnet IP)
Johnson Controls EEM Multi-Circuit Electric Energy Meter - Load Device
Each configured load (virtual BACnet device) of the Johnson Controls EEM multi-circuit electric energy meter.
Also known as: EEM Multi-Circuit load, EEM-MULTI-03, EEM-MULTI-12, EEM-MULTI-48, Electric Energy Meter Multi-Circuit, JCI EEM - Power and energy meter (multi-circuit, BACnet MS/TP or BACnet IP)
Johnson Controls EEM Multi-Circuit Electric Energy Meter - Root Device
The root (panel) device of the Johnson Controls EEM multi-circuit electric energy meter in its 3, 12 and 48-load versions.
Also known as: EEM Multi-Circuit, EEM-MULTI-03, EEM-MULTI-12, EEM-MULTI-48, Electric Energy Meter Multi-Circuit, JCI EEM - Power and energy meter (3-phase, BACnet MS/TP)
Johnson Controls EM Series 3-Phase Energy Meter with EMCOMMS Module (BACnet MS/TP)
The Johnson Controls EM series three-phase energy meter: the EMCOMMS communication module with its CVT voltage/current sensors, one per phase.
Also known as: EMCOMMS, EM Series, EM 3 Phase Energy Meter, JCI EM meter, EMCOMMS BACnet - Evaporative condenser controller
Johnson Controls Frick XLP3b Evaporative Condenser Controller (BMS points)
Johnson Controls / Frick XLP3b evaporative condensers for industrial refrigeration with the factory PLC control panel (up to eight fans and a pump).
Also known as: XLP3b, Frick XLP3b, XLP3b evaporative condenser, 140.925-IOM - Laboratory VAV controller (fume hood)
Johnson Controls HMS-2000 Fume Hood Controller (BACnet MS/TP)
Fume hoods controlled and monitored by the Johnson Controls HMS-2000 touchscreen fume hood controller with face velocity, sash, pressure and airflow inputs.
Also known as: HMS-2000, HMS2000, LB-HMS2C, Hood Monitoring Station, JCI fume hood controller - Laboratory VAV controller (fume hood)
Johnson Controls HMS1655 Fume Hood Controller (BACnet MS/TP)
Fume hoods controlled and monitored by the Johnson Controls HMS1655 fume hood controller with face velocity, sash, pressure, airflow and temperature inputs.
Also known as: HMS1655, HMS-1655, Hood Monitoring Station, JCI fume hood controller - Water-source heat pump controller
Johnson Controls PEAK 18 SMART Equipment Controller - Water-Source Heat Pump (PK-OEM1820)
Water-source heat pumps with a factory PEAK OEM 18 (24 V) SMART Equipment controller linked over Modbus to one or two Aurora (ABC) unit boards.
Also known as: PEAK 18, PK-OEM1820-0, PK-OEM18x0-0, PEAK OEM 18, SMART Equipment controller, 147.00-EG1, Aurora ABC - Rooftop unit controller
Johnson Controls Premier Rooftop Units 25-50 Ton
Johnson Controls Premier 25-50 ton R-410A packaged rooftop units (MZVAV or SZVAV) with the Applied Smart Equipment controller.
Also known as: JCI Premier RTU, Premier 25-50 ton, Applied Smart Equipment controller, Smart Equipment rooftop, 5586996-JSG-A - Rooftop unit BACnet gateway
Johnson Controls Simplicity LINC Gateway (YORK / JCI Unitary Products rooftops)
Johnson Controls Unitary Products (YORK, Coleman, Luxaire) packaged rooftop units with Simplicity controls built after 4/2/2008, plus older Simplicity Elite and Simplicity with Intelli-Comfort controls, fitted with the Simplicity LINC gateway.
Also known as: Simplicity LINC, Simplicity-LINC, SimplicityLINC, YORK Simplicity LINC, 1031990-UAD-A-0313, YORK_RTU, Simplicity Elite, Intelli-Comfort, Sun-Line, Predator, YORK Simplicity BACnet - Fan coil unit controller (room thermostat)
Johnson Controls T8800 Series Touch Screen Fan Coil Thermostat (BACnet MS/TP)
Two- and four-pipe fan coils with three-speed fans and on/off or modulating valves, using the T8800 touch screen thermostat (TF20, TB20, TB21).
Also known as: T8800, T8800-TF20, T8800-TB20, T8800-TB21 - Fan coil unit controller (room thermostat)
Johnson Controls T9800 Series Touch Screen Fan Coil Thermostat (BACnet MS/TP)
Two- and four-pipe fan coils (relay or 0-10 VDC valves, three-speed or ECM fans), fan coils with floor heating or TiO2/ESP, water source heat pumps, boilers and a basic AHU application, using the T9800 touch screen thermostat.
Also known as: T9800, T9800-TF20-9JS0, T9800-TF21-9JS0, T9800-TB21-9JS0, T9800-TF20-1JS0, T9800-TF21-1JS0, T9800-TB21-1JS0 - Rooftop unit controller (room thermostat)
Johnson Controls TEC2601-4 and TEC2601-4+PIR Single-Stage Thermostat (BACnet MS/TP)
Single-stage heating and cooling equipment such as small rooftop units and split systems with 24 VAC G/Y1/W1 control, using the TEC2601-4 thermostat.
Also known as: TEC2601-4, TEC2601-4+PIR, TEC2601 - Rooftop unit controller (room thermostat for heat-pump units)
Johnson Controls TEC2602-4 and TEC2602-4+PIR Heat Pump Thermostat (BACnet MS/TP)
Single- or two-stage heat pumps with auxiliary heat and a reversing valve, using the TEC2602-4 thermostat.
Also known as: TEC2602-4, TEC2602-4+PIR, TEC2602 - Rooftop unit controller (room thermostat)
Johnson Controls TEC2603-4 and TEC2603-4+PIR Multi-Stage Thermostat (BACnet MS/TP)
Rooftop units and split systems with up to two heating and two cooling stages, using the TEC2603-4 thermostat.
Also known as: TEC2603-4, TEC2603-4+PIR, TEC2603 - Rooftop unit controller (room thermostat with economizer)
Johnson Controls TEC2604-4 and TEC2604-4+PIR Multi-Stage Economizer Thermostat (BACnet MS/TP)
Rooftop units with an economizer and up to two heating and two cooling stages, using the TEC2604-4 thermostat.
Also known as: TEC2604-4, TEC2604-4+PIR, TEC2604 - Rooftop unit controller (room thermostat with humidity control)
Johnson Controls TEC2613-4 and TEC2613-4+PIR Multi-Stage Temperature and Humidity Controller (BACnet MS/TP)
Multi-stage rooftop units and split systems that also dehumidify or drive a humidifier, using the TEC2613-4 controller.
Also known as: TEC2613-4, TEC2613-4+PIR, TEC2613 - Fan coil unit controller (room thermostat)
Johnson Controls TEC2645-2 Thermostat with Single Proportional Output and One-Speed Fan (BACnet MS/TP)
Johnson Controls TEC2645-2 BACnet MS/TP networked thermostats with one 0-10 VDC proportional output and one-speed fan control (the -2 generation; the newer TEC2645-4 is a separate entry with different instances).
Also known as: TEC2645-2, TEC2645, TEC2645-2 networked thermostat - Fan coil unit controller (room thermostat)
Johnson Controls TEC2645-4 Thermostat with Single Proportional Output and One-Speed Fan (BACnet MS/TP)
Fan coils, reheat valves and zoning equipment with one 0-10 VDC proportional output and a single-speed fan, using the TEC2645-4 thermostat.
Also known as: TEC2645-4, TEC2645 - VAV zone controller (room thermostat for TEC zoning)
Johnson Controls TEC2647Z-3 / TEC2647Z-3+PIR Zone Controller (TEC Zoning System, BACnet MS/TP)
Zone dampers in the Johnson Controls TEC zoning system, each run by a TEC2647Z-3 zone controller (optionally with PIR occupancy sensor) and served by a TEC2664Z-3 rooftop controller.
Also known as: TEC2647Z-3, TEC2647Z-3+PIR, TEC2647Z, TEC2647Z-2, TEC zoning zone controller - Rooftop unit controller (TEC zoning system)
Johnson Controls TEC2664Z-3 Rooftop Controller (TEC Zoning System, BACnet MS/TP)
Constant volume, pressure-dependent rooftop units with up to two heating and two cooling stages and a bypass damper, run by the TEC2664Z-3 rooftop controller of the Johnson Controls TEC zoning system.
Also known as: TEC2664Z-3, TEC2664Z, TEC2664Z-2, TEC zoning rooftop controller - Fan coil unit controller (room thermostat)
Johnson Controls TEC26x6(H)-2 Series Fan Coil Thermostat with Dehumidification and Three Fan Speeds (BACnet MS/TP)
Two- or four-pipe fan coils and cabinet unit heaters with three fan speeds, using the older TEC26x6(H)-2 thermostats.
Also known as: TEC2616-2, TEC2626-2, TEC2636-2, TEC2646-2, TEC2656-2, TEC2636H-2, TEC2656H-2, TEC26x6-2 - Fan coil unit controller (room thermostat)
Johnson Controls TEC26x6(H)-4 and TEC26x6H-4+PIR Fan Coil Thermostat (BACnet MS/TP)
Two- or four-pipe fan coils with up to three fan speeds, controlled by the TEC26x6(H)-4 family (on/off, floating or proportional valve outputs, optional dehumidification and PIR occupancy sensing).
Also known as: TEC2616-4, TEC2626-4, TEC2636-4, TEC2646-4, TEC2656-4, TEC2616H-4, TEC2636H-4+PIR, TEC2656H-4+PIR, TEC26x6-4 - VAV zone controller (room thermostat)
Johnson Controls TEC26x7-2 Series Thermostat with Two Outputs (BACnet MS/TP)
Hydronic reheat valves, pressure-dependent VAV boxes with or without reheat and other zoning equipment, using the older TEC26x7-2 two-output thermostats.
Also known as: TEC2627-2, TEC2647-2, TEC26x7-2 - VAV zone controller (room thermostat)
Johnson Controls TEC26x7-4 and TEC26x7-4+PIR Thermostat with Two Outputs (BACnet MS/TP)
Hydronic reheat valves, pressure-dependent VAV boxes with or without reheat and other zoning equipment, using the two-output TEC26x7-4 thermostats (TEC2627 on/off or floating, TEC2647 proportional).
Also known as: TEC2627-4, TEC2647-4, TEC2627-4+PIR, TEC2647-4+PIR, TEC26x7-4 - VAV zone controller (room thermostat for VVT zoning)
Johnson Controls TEC26x7VVT-2 Series Thermostat with Two Outputs for VVT Systems (BACnet MS/TP)
Pressure-dependent VAV and VVT zone dampers with or without local reheat, using the TEC26x7VVT-2 thermostats with floating or 0-10 VDC outputs.
Also known as: TEC2627VVT-2, TEC2647VVT-2, TEC26x7VVT-2, TEC26x7VVT - Fan coil unit controller (room thermostat)
Johnson Controls TEC26xx-0+PIR Thermostat Controller (BACnet MS/TP)
Fan coils and zoning equipment controlled by the TEC26xx-0+PIR thermostats, which add remote input and heat/cool output configuration objects to the TEC26x6 object set.
Also known as: TEC26xx-0+PIR, TEC26xx-0 - Fan coil unit controller (room thermostat)
Johnson Controls TEC3000 Series TEC3610 / TEC3611 / TEC3612 / TEC3613 On/Off or Floating Fan Coil Thermostat (BACnet MS/TP)
Two- or four-pipe fan coils, cabinet unit heaters, reheat valves and pressure-dependent VAV zones with on/off or floating outputs, using the networked TEC3610-TEC3613 thermostats.
Also known as: TEC3610, TEC3611, TEC3612, TEC3613, TEC361x, TEC3000 on/off floating, JCI TEC3000 fan coil - Fan coil unit controller (room thermostat)
Johnson Controls TEC3000 Series TEC3620 / TEC3621 / TEC3622 / TEC3623 Proportional Fan Coil Thermostat (BACnet MS/TP)
Two- or four-pipe fan coils, cabinet unit heaters, reheat valves and pressure-dependent VAV zones with 0-10 VDC proportional outputs, using the networked TEC3620-TEC3623 thermostats.
Also known as: TEC3620, TEC3621, TEC3622, TEC3623, TEC362x, TEC3000 proportional, JCI TEC3000 0-10V fan coil - Rooftop unit controller (room thermostat, conventional or heat-pump RTUs)
Johnson Controls TEC3000 Series TEC3630 / TEC3631 Single- or Two-Stage RTU / Heat Pump Thermostat with Economizer (BACnet MS/TP)
Single- or two-stage unitary rooftop units and heat-pump RTUs, with or without an economizer, using the networked TEC3630 and TEC3631 thermostats.
Also known as: TEC3630, TEC3631, TEC363x, TEC3000 economizer, JCI TEC3000 rooftop thermostat - Variable frequency drive (HVAC)
Johnson Controls Variable Speed Drive Series III (on-board BACnet MS/TP and BACnet IP)
Johnson Controls Variable Speed Drive Series III (VS3) HVAC drives using the on-board RS-485 port (BACnet MS/TP) or the RJ45 Ethernet port (BACnet IP).
Also known as: VSD Series III, Variable Speed Drive Series 3, JCI VSD3, VS3 drive, LIT-12013000 - VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-1 (Cooling only)
A single-duct cooling-only VAV box controlled by the Johnson Controls VAV1717 with preloaded application 1717-1.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-1, VAV1717 Cooling only - Fan-powered VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-10 (Elec Reheat 1 Stg On/Off Series Fan)
A series fan-powered VAV box with a single-speed fan and one stage of electric reheat controlled by the Johnson Controls VAV1717 with preloaded application 1717-10.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-10, VAV1717 Elec Reheat 1 Stg On/Off Series Fan - VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-2 (Elec Reheat 1-2 Stg)
A single-duct VAV box with one or two stages of electric reheat controlled by the Johnson Controls VAV1717 with preloaded application 1717-2.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-2, VAV1717 Elec Reheat 1-2 Stg - VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-3 (On/Off HW Reheat)
A single-duct VAV box with an on/off hot water reheat valve controlled by the Johnson Controls VAV1717 with preloaded application 1717-3.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-3, VAV1717 On/Off HW Reheat - VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-4 (Incr HW Reheat)
A single-duct VAV box with an incremental (floating) hot water reheat valve controlled by the Johnson Controls VAV1717 with preloaded application 1717-4.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-4, VAV1717 Incr HW Reheat - Fan-powered VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-5 (On/Off Parallel Fan)
A parallel fan-powered VAV box with a single-speed fan controlled by the Johnson Controls VAV1717 with preloaded application 1717-5.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-5, VAV1717 On/Off Parallel Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-6 (On/Off HW Reheat On/Off Parallel Fan)
A parallel fan-powered VAV box with a single-speed fan and an on/off hot water reheat valve controlled by the Johnson Controls VAV1717 with preloaded application 1717-6.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-6, VAV1717 On/Off HW Reheat On/Off Parallel Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-7 (Elec Reheat 1 Stg On/Off Parallel Fan)
A parallel fan-powered VAV box with a single-speed fan and one stage of electric reheat controlled by the Johnson Controls VAV1717 with preloaded application 1717-7.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-7, VAV1717 Elec Reheat 1 Stg On/Off Parallel Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-8 (On/Off Series Fan)
A series fan-powered VAV box with a single-speed fan controlled by the Johnson Controls VAV1717 with preloaded application 1717-8.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-8, VAV1717 On/Off Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1717 VAV Controller - Application 1717-9 (On/Off HW Reheat On/Off Series Fan)
A series fan-powered VAV box with a single-speed fan and an on/off hot water reheat valve controlled by the Johnson Controls VAV1717 with preloaded application 1717-9.
Also known as: VAV1717, JC-VAV1717-0, Application 1717-9, VAV1717 On/Off HW Reheat On/Off Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-1 (Elec Reheat 1-3 Stg On/Off Parallel Fan)
A parallel fan-powered VAV box with a single-speed fan and one to three stages of electric reheat controlled by the Johnson Controls VAV1732 with preloaded application 1732-1.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-1, VAV1732 Elec Reheat 1-3 Stg On/Off Parallel Fan - VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-10 (Proportional HW Reheat)
A single-duct VAV box with a proportional (0-10 VDC) hot water reheat valve controlled by the Johnson Controls VAV1732 with preloaded application 1732-10.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-10, VAV1732 Proportional HW Reheat - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-2 (Incr HW Reheat On/Off Parallel Fan)
A parallel fan-powered VAV box with a single-speed fan and an incremental hot water reheat valve controlled by the Johnson Controls VAV1732 with preloaded application 1732-2.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-2, VAV1732 Incr HW Reheat On/Off Parallel Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-3 (Elec Reheat 1-3 Stg On/Off Series Fan)
A series fan-powered VAV box with a single-speed fan and one to three stages of electric reheat controlled by the Johnson Controls VAV1732 with preloaded application 1732-3.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-3, VAV1732 Elec Reheat 1-3 Stg On/Off Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-4 (Incr HW Reheat On/Off Series Fan)
A series fan-powered VAV box with a single-speed fan and an incremental hot water reheat valve controlled by the Johnson Controls VAV1732 with preloaded application 1732-4.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-4, VAV1732 Incr HW Reheat On/Off Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-5 (Var Speed Series Fan)
A series fan-powered VAV box with a variable-speed fan controlled by the Johnson Controls VAV1732 with preloaded application 1732-5.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-5, VAV1732 Var Speed Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-6 (Elec Reheat 1-3 Stg Var Speed Series Fan)
A series fan-powered VAV box with a variable-speed fan and one to three stages of electric reheat controlled by the Johnson Controls VAV1732 with preloaded application 1732-6.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-6, VAV1732 Elec Reheat 1-3 Stg Var Speed Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-7 (On/Off HW Reheat Var Speed Series Fan)
A series fan-powered VAV box with a variable-speed fan and an on/off hot water reheat valve controlled by the Johnson Controls VAV1732 with preloaded application 1732-7.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-7, VAV1732 On/Off HW Reheat Var Speed Series Fan - Fan-powered VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-8 (Incr HW Reheat Var Speed Series Fan)
A series fan-powered VAV box with a variable-speed fan and an incremental hot water reheat valve controlled by the Johnson Controls VAV1732 with preloaded application 1732-8.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-8, VAV1732 Incr HW Reheat Var Speed Series Fan - VAV terminal unit controller
Johnson Controls VAV1732 VAV Controller - Application 1732-9 (Elec Reheat 1-3 Stg)
A single-duct VAV box with one to three stages of electric reheat controlled by the Johnson Controls VAV1732 with preloaded application 1732-9.
Also known as: VAV1732, JC-VAV1732-0, Application 1732-9, VAV1732 Elec Reheat 1-3 Stg - Variable frequency drive (HVAC)
Johnson Controls VSD Series II HVAC drive (BACnet MS/TP and BACnet IP)
Johnson Controls VSD Series II HVAC drives using the built-in RS-485 port (BACnet MS/TP) or the Ethernet port (BACnet IP).
Also known as: VSD Series II, Variable Speed Drive Series II, JCI VSD2, VSD Series 2, LIT-12011771
Source: JMWL-Series 30-70 Tons Water Source Heat Pump Installation, Operation, and Maintenance Manual · 14807-NOM1-1221 · rev. 2021-12. Object names, instances and units are reproduced as published; descriptions are our own.